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Q: Strain energy stored in an infinitely thick-walled spherical pressure vessel I'm not sure how to approach the following problem. Consider an infinitely thick walled spherical pressure vessel with undeformed internal radius $a$ and outer radius $b\rightarrow\infty$ made of a linear elastic material where, in its undeformed state, the pressure inside the vessel $P_i$ is equal to the outside pressure $P_o$, see figure.

If $P_i$ is increased the inner wall is deformed to $a'$. How do I calculate $a'$ as a function of $P_i$ for a linear elastic material?
I should then be able to integrate $P(a')dV$ to find the work done, which should be equal to the strain energy stored in the vessel. Is this correct?
Update:
I've made some progress. Following this answer: Stress in a thick-walled pressure vessel the displacement, $u$, of the material in the sphere can be written
$u(r)=\frac{P_i-P_o}{4G}\frac{a^3}{r^3}r$,
where G is the shear modulus of the material. So if $a'=u|_a+a$,
$a'=a(\frac{P_i}{4G}+1)$.
Or, in a more convenient form,
$P_i=4G(\lambda-1)$
where $\lambda = a'/a$.
I'm still not sure how to find the strain energy stored in the sphere however..

A: Following from Chet Millers answer, an alternate solution to the strain energy can be found if instead the pressure inside the vessel is slowly increased. The work done, $U_w$, in deforming the inner wall of the pressure vessel from $a$ to $a'$ will be equal to the strain energy stored if there are no dissipation processes.
First the internal pressure, $P_a$, can be found as a function of $a'$ in the following way. From Chet's solution the displacement of the inner wall can be written
$$u=\frac{P_a-P_{\infty}}{4G}a.$$
We'll want to integrate over $a'$, so $P_a$ can be written in a more convenient form given $a'=a+u$,
$$P_a = 4G\left(\frac{a'}{a}-1\right)+P_{\infty}.$$
$U_w$ can now be found by integrating the $P_a$ over the change in volume:
$$U_w=\int_{V}^{V'} P dV = 4 \pi \int_{a}^{a'}P_a(a')^2da'$$
Setting $P_{\infty}=0$ (as $P_{\infty}$ will result in some arbitrary constant time the volume) and carrying out the integral the strain energy, $U$, is found to be
$$U=U_w=16 \pi G a^3 \left(\frac{\lambda^4}{4}-\frac{\lambda^3}{3}+\frac{1}{12}\right),$$
where the stretch $\lambda = a'/a$.
The difference (I think) between this solution and Chet Miller's is that the pressure is slowly increased rather than added instantly.

A: In spherical coordinates, the equation of continuity for an incompressible material experiencing this deformation is $$\frac{1}{r^2}\frac{d(ur^2)}{dr}=0$$The strains are $$\epsilon_r=\frac{du}{dr}$$
$$\epsilon_{\theta}=\frac{u}{r}$$
$$\epsilon_{\phi}=\frac{u}{r}$$
From the continuity equation, it follows that $$u=\frac{a^2}{r^2}u_a\tag{1}$$So the strains are:$$\epsilon_r=-2\frac{u_aa^2}{r^3}\tag{2a}$$$$\epsilon_{\theta}=\epsilon_{\phi}=\frac{u_aa^2}{r^3}\tag{2b}$$
The stresses are then given by:
$$\sigma_r=-p+2G\epsilon_r=-p-4G\frac{u_aa^2}{r^3}\tag{3a}$$
$$\sigma_{\theta}=\sigma_{\phi}=-p+2G\frac{u_aa^2}{r^3}\tag{3b}$$ where p(r) is the isotropic portion of the stress tensor (to be determined).
For the present spherically symmetric problem, the radial component of the stress-equilibrium equation reads:
$$\frac{1}{r^2}\frac{d(r^2\sigma_r)}{dr}-\frac{(\sigma_{\theta}+\sigma_{\phi})}{r}=0\tag{4}$$
If we substitute Eqns. 3 into Eqn. 4, we obtain:
$$\frac{dp}{dr}=0$$or$$p=const.$$
We can obtain the value of the constant by evaluating the radial stress at r = a:  $$-P_a=-p+\frac{4Gu_a}{a}$$where $P_a$ is the pressure inside the cavity.  This gives $$p=P_a-\frac{4Gu_a}{a}\tag{5}$$At large values of r, the radial stress approaches $-P_{\infty}$.  So we also have $$p=P_{\infty}\tag{6}$$Solving Eqns. 5 and 6 for the radial displacement at the cavity gives:  $$u_a=\frac{(P_a-P_{\infty})}{4G}a\tag{7}$$
From this, it follows that $$\sigma_r=-P_{\infty}-(P_a-P_{\infty})\frac{a^3}{r^3}$$
$$\sigma_{\theta}=\sigma_{\phi}=-P_{\infty}+\frac{(P_a-P_{\infty})}{2G}\frac{a^3}{r^3}$$$$\epsilon_r=-\frac{(P_a-P_{\infty})}{2G}\frac{a^3}{r^3}$$$$\epsilon_{\theta}=\epsilon_{\phi}=\frac{(P_a-P_{\infty})}{4G}\frac{a^3}{r^3}$$
The strain energy density $W$ can be written
$$W=\frac{\sigma_1\epsilon_1+\sigma_2\epsilon_2+\sigma_3\epsilon_3}{2}=\frac{\sigma_r\epsilon_r+2\sigma_{\theta}\epsilon_{\theta}}{2}.$$
Therefore
$$W=3\frac{(P_a-P_{\infty})^2}{8G}\left(\frac{a}{r}\right)^6.$$
The strain energy stored in the pressure vessel, $U$, can then be found by integrating over the volume,
$$U=\int_V W dV = 4\pi \int^{\infty}_{r=a} W(r) r^2 dr  = 3\frac{\pi (P_a-P_{\infty})^2 a^6}{2G}\int^{\infty}_{r=a}\frac{1}{r^4}dr,$$
so finally
$$U=\frac{\pi (P_a-P_{\infty})^2}{2G}a^3.$$


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From Tech City to Smart City?
Published by Dr Max Nathan, LSE, SERC and NIESR
A vibrant technology scene has developed in London's East End. Neighbourhoods around Clerkenwell and Shoreditch form a core around Old Street's Silicon Roundabout. Spotting this, in 2010 the UK Government launched the Tech City strategy, hoping to develop the area into 'one of the world's great technology centres'. Last week at an LSE Cities conference, the PM and London Mayor Boris Johnson announced £50m of funding for a new civic space, right on top of the Roundabout.
Ministers are right to get excited. Inner East London is a key node in the capital's digital ecosystem. The Centre for London finds over 3200 digital economy firms there, supporting over 48,000 jobs; those job counts have kept trending up through the recession. (Full disclosure: I led this research.)
Silicon Roundabout is particularly strong on content industries, including global players like MindCandy, Unruly, Songkick and Last.fm. But it's also quietly developed a green layer - an exciting new generation of smart city and cleanweb firms. Could this be the shape of Tech City 2.0?
As the world grows more cities, we need better ways to help them run. The 'smart city' is about using new technology to manage construction, energy, lighting and transport systems - cutting emissions and raising efficiency.
There are two competing smart city visions. The top down version involves brand new, masterplanned demonstration projects - think Masdar or Cisco's 'city in a box'. The bottom up version involves grafting new functionality onto existing urban systems. For an old city like London, it's this on-the-fly approach that's most likely to stick. The capital is already developing smarter transport systems - such as the congestion charge, the Oystercard and Boris Bikes - which point the way ahead.
Green economy products and services also come in two flavours. Cleantech is the physical green economy - driverless cars, smart meters. Cleanweb is online green technology - crowd-sensing apps and maps, environmental data, online marketplaces. London policymakers need this stuff. And London's digital scene, strong on social media and digital content, is well placed to deliver it.
East London's green digital firms are mostly very small and very young. Some offer online apps and tools for cutting carbon - such as Carbon Culture , Gnergy or Homely. Others have developed green transport marketplaces, like Carbon Voyage and Loco2. A third group are more focused on hardware and systems, such as Cosm, Fairphone and Mastodon C.
Amee, an environmental information, auditing and data management firm, is the daddy of the scene. Founded in 2007, it now has 13 staff and offices in London and San Francisco. The first to get major VC investment, it is now helping seed the next generation: founder Gavin Starks now heads the Open Data Institute, and Amee alumni are involved in the London Cleanweb network - 'because we don't want to bluescreen the planet' - organising meetups, talks and hackdays.
Such networks are essential social infrastructure for new young firms. So are accelerators like Bethnal Green Ventures. Aimed at social/environmental start-ups, BGV offers a combination of seed funding (GB£15,000 / US$23,877 per firm), a peer group, structured networking and mentoring, as well as shared workspace at Google Campus.
So how big could the scene get? Cleanweb builds on London firms' skills in programming and digital content. And BGV's Paul Miller notes rising angel and VC interest. The Tech City initiative has shone a bright light on the area; and variable experiences with cleantech investments have pushed many US investors towards cleanweb, where capital requirements are lower and returns potentially higher.
But the next few years won't be easy. Getting finance, finding workspace and skilled workers all present challenges for digital startups. Policymakers hope that tech firms will migrate to brand new spaces in the Olympic Park, Stratford City and the Royal Docks - but so far there are few connections between Shoreditch and shiny new buildings further East. And cleanweb needs committed government support - through legislation, enabling frameworks and funding tools. Ministers' twists and turns on energy policy haven't helped.
So these are early days for green digital firms in London. But in my view there's plenty of promise: watch this space.
This piece was also published on the Huffington Post. It's is based on an article written for the LSE Cities 'Electric City' conference, December 6-7 2012. Click here for more.
Posted by Max Nathan on Tuesday, December 18, 2012
Regional versus local pay
Busy week, so only just catching up on the Autumn Statement.
Interesting to see that centrally set regional pay ruled out. I don't think this ever made much sense. Much better to have more local variation that helps address recruitment and retention issues where they occur. More flexibility is still likely to prove controversial, but the case for is pretty convincing (as I argue here in some detail).
Posted by Prof Henry G. Overman on Thursday, December 06, 2012

redpajama_set_name: RedPajamaCommonCrawl


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Vijay Sethupathi - Smart In Selection Or Just Lucky?
I happen to watch Naduvula Konjam Pakkatha Kaanom(NKPK) recently and I was really impressed with Balaji Tharaneetharan's direction and the story. Then it hit me. Recently, the two movies that impressed me so much had Vijay Sethupathi in it. Pizza and now NKPK.
Vijay Sethupathi is slowly establishing himself as a good actor in Tamil cinema. He is still fresh so, clearly he would not have many choices in choosing scripts. Yet, he chose really good stories and succeeded. Most of the movies he acted in, were commercially successful besides some being critically acclaimed (Thenmerku Paruvakaatru). Hence, his success ratio is extremely high for a new comer. Much to my surprise, he even acted in Pudhupettai, Vennila Kabadi Kuzhu, Sundarapandian and few other movies in a small role.
So, the question is 'Is he really smart in choosing scripts or he just gets lucky most of the time'? Whatever the answer is, I really hope he will continue to act in movies with good stories.
As he does that, tonnes of praises and wishes will be over him. This is the crucial point in his career. He might want to take the so called 'the next step' in his career and become a mass hero or as some claims as 'the entertainer'. We have whole load of them and we don't need 'the entertainers' anymore but we need more like Vijay's kind of movies. Brilliant, yet interesting and enjoyable.
I really hope no one will brainwash Vijay to act in the typical Tamil action movies. You are doing a great job now Vijay. Stick to your pattern. His next movies seem promising too. Soodhu Kavvum directed by debutant Nalan Kumarasamy of 'Naalaya Iyakkunar' fame and Rummy directed by debutant K.Balakrishnan. All the best for your future undertakings Vijay Sethupathi!
This page has information about Vijay Sethupathi - Smart In Selection Or Just Lucky?, Vijay Sethupathi,Pizza.


Published at Thursday, November 15th, 2018 - 03:07:15 AM. Home Design. By James Hopson.
White Glove Delivery. This one has always brought a smile to my face as I remember years ago a customer telling me she was rather disappointed. I asked why and she told me that the delivery folks werent wearing white gloves when they delivered her furniture. Well... white glove delivery is just an expression used that indicates the furniture is being handled by moving professionals into your home. This is actually a very premium service that not many online retailers offer due to the high costs of the service. The advantage though is that a professional moving company is hired to pickup your furniture and bring it to your home where two professional furniture movers will bring your furniture into the room you need it and help un-box it. If your furniture comes already assembled then you are ready to go as this service usually doesnt include setup or assembly of furniture. The important thing about this service though is it gets the furniture right into the room where you need it. Much like truckline delivery you can setup a day and time window with the shipping company to schedule delivery.


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Electromagnetic Spectrum Definition
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The color of a transparent or translucent object is the color of the light it transmits. Nature of Penetrating Radiation. (Electromagnetic Spectrum. X-rays are used by doctors to see inside people. visible part of the electromagnetic spectrum? 3. The electromagnetic spectrum is the complete spectrum (or continuum) of all forms of "light" An electromagnetic wave consists of electric and magnetic fields which vibrate - thus making waves. Describes the electromagnetic spectrum. Each line indicates the energy emitted when returning to the ground state. There is an energy density associated with both the electric field E and the magnetic field B. " That title may be a tongue twister, but the underlying. Spectrum flexibility and adaptability is the capability of a spectrum-dependent system (SDS) to exploit various opportunities to access spectrum - e. Psychology Definition of SPECTRUM: 1. The electromagnetic spectrum is the distribution of electromagnetic radiation according to energy (or equivalently, by virtue of the relations in the previous section, according to frequency or. Charged particles in motion produce magnetic fields. Nov 02, 2017 · The Association of Old Crows is an organization for individuals who have common interests in electronic warfare, electromagnetic spectrum management operations, cyber electromagnetic activities. Definition of electromagnetic spectrum in the Definitions. 4 Describe the dispersion of EM waves in terms of the dependence of refractive index on wavelength. Phet explorations: color vision Make a whole rainbow by mixing red, green, and blue light. The electromagnetic spectrum is the entire range of wavelengths of all known electromagnetic radiations. The electromagnetic spectrum is the term used by scientists to describe the entire range of light that exists. Electromagnetic radiation travels in waves, just like waves in an ocean. They may be detected using a range of quite different instruments. and the amplitude increases, the radiation quantity will decrease d. electromagnetic spectrum One of the most amazing aspects of physics is the electromagnetic spectrum—radio waves, microwaves, infrared light, visible light, ultraviolet light, x rays, and gamma rays—as well as the relationship between the spectrum and electromagnetic force. The visible spectrum is the portion of the electromagnetic spectrum that is visible to (can be detected by) the human eye. Here is the full electromagnetic spectrum: Higher frequency (rate of vibration) has more energy and shorter wavelength. All other electromagnetic energy is invisible, therefore, is not considered light. The Electromagnetic Spectrum. electromagnetic spectrum Definition (US DoD) Official definition of the United States Department of the term electromagnetic spectrum. JOINT ELECTROMAGNETIC SPECTRUM MANAGEMENT OPERATIONS IN THE ELECTROMAGNETIC OPERATIONAL ENVIRONMENT. The Electromagnetic Spectrum The electromagnetic spectrum ranges from the shorter wavelengths (including gamma and x-rays) to the longer wavelengths (including microwaves and broadcast radio waves). A summary of the spectrum showing the wavelength and frequency is as follows:. The strip chart shows the electron positions at the transmitter and at the receiver. electromagnetic definition: of, produced by, or having to do with electromagnetism or an electromagnet A device that operates on the basis of electromagnetic fields and that contains few, if any, mechanical components. Waves have a measurable speed, wavelength and frequency. The electromagnetic (EM) spectrum encompasses all wave frequencies, including radio, visible light and X-rays. the entire frequency range of electromagnetic waves. Electromagnetic radiation travels in waves, just like waves in an ocean. (RF) Radio frequency refers to that portion of the electromagnetic spectrum in which electromagnetic waves can be generated by alternating current fed to an antenna. The Nature of Electromagnetic Radiation. The electromagnetic spectrum is made up of radio waves, microwaves, infrared rays, visible light, ultraviolet rays, X-rays, and gamma rays. The Electromagnetic Spectrum: The Cross Domain By Major Garrett K. and electromagnetic induction, Maxwell's equations, propagation and radiation of electromagnetic waves, electric and magnetic properties of matter, and conservation laws. This contrasts with ionizing radiation like x-rays, gamma rays and alpha particles, which come from the other end of the spectrum and are. It is easy to get the right number but be off by or more orders of magnitude. Here's a brief glimpse of what those battles will look like. In each of the following pairs, circle the form of radiation with the LONGER WAVELENGTH: a. The spectrum consists of radiation such as gamma rays, x-rays, ultraviolet, visible, infrared and radio. Each color on the spectrum can vary in saturation, lightness and darkness, and it's estimated that a human eye can distinguis about 10 million color variations. This procedure is called "Radiotherapy", and works because cancer cells can't repair themselves like healthy cells can when damaged by gamma rays. All the different kinds of electromagnetic radiation are essentially the same "stuff" as light: they're forms of energy that travel in straight lines, at the speed of light (300,000 km or 186,000 miles per second), when electrical and magnetic vibrations wiggle from side to side. An electromagnetic spectrum is the range of frequencies over which electromagnetic radiations are caused. You can see this effect with a light bulb wired to a dimmer switch. In a speech yesterday at the Association of Old. true false 23. Electromagnetic spectrum Crossword v2 Light and the electromagnetic spectum vocabulary. Like waves on a pond, a radio wave is a series of repeating peaks and valleys. The physical properties of electromagnetic waves are. and the spectrum shifts to the right, more filtration was used c. Electromagnetic waves are a form of energy waves that have both an electric and magnetic field. Sunshine is a familiar example of electromagnetic radiation that is naturally emitted by the Sun. The electromagnetic spectrum. The electromagnetic spectrum is separated into many categories and subcategories, based on the frequency and wavelength, source, and uses of the electromagnetic waves. The whole electromagnetic spectrum has been classified into different parts and subparts, in order of increasing wavelength and type of excitation. Ultraviolet radiation. Joint electromagnetic spectrum operations. All EM waves are made up of photons that travel through space until they interact with matter; some waves are absorbed and others are reflected. Waves carry vibrations through a medium. The electromagnetic wave equation is a second order partial differential equation. Official definition of the United States Department of the term electromagnetic jamming. The Army's field manual details its electronic warfare operations, which include disabling enemy communications and destroying enemy equipment with large bursts of electromagnetic radiation. They are high energy waves capable of travelling long distances through air and are the most penetrating waves. electromagnetic spectrum & its uses 1. Definition of electromagnetic_spectrum For convenience in talking about electromagnetic radiation, we classify photons of different energies into different spectral regions. " The Electromagnetic Spectrum includes all types of radiation - from the X-rays used at hospitals, to radio waves used for communication, and even the microwaves you cook food with. Change your default dictionary to American English. Such disturbances can occur anywhere in the electromagnetic spectrum. infrared rays F. The Electromagnetic Spectrum The electromagnetic spectrum is a continuum of all electromagnetic waves arranged according to frequency and wavelength. T h i s r e g u l a t i o n o n t h e A r - my's use of the electromagnetic spectrum mandates the integration and synchroniza-. The "electromagnetic spectrum" of an object is the characteristic distribution of electromagnetic radiation emitted or absorbed by that particular object. Radiation is energy that travels around in waves. [citation needed]. Infrared Spectroscopy. Nov 14, 2019 · What does Electromagnetic Spectrum mean in Astronomy Dictionary?: the complete array of most of the a variety or wavelengths of electromagnetic radiation, including (from quick to long wavelengths) gamma…. Inadvertently, sentient beings created seven unique forms of energy based on their emotions, with a color unique to the emotion. Taken together, all forms of electromagnetic energy are referred to as the electromagnetic spectrum. Most sounds are made up of a complicated mixture of vibrations. In a recent speech, CNO outlined his four areas of focus for 2014. Instructions• Duration of Lesson: 60 Min• Read through this powerpoint presentation and attempt the EM wave quiz• You can also find this chapter in your textbook, chapter : The grades of the quiz will be taken into you CA for semester 2, and you can only do it ONCE, so please make sure you understand the. Apr 30, 2018 · The electromagnetic (EM) spectrum encompasses all wave frequencies, including radio, visible light and X-rays. It has long wavelength. These different forms of radiation all travel at the speed of light ( c ). The electromagnetic spectrum Reflectance is the percentage of the light hitting a material that is then reflected by that material (as opposed to being absorbed or transmitted). At one end of the spectrum are gamma rays, which have the shortest wavelengths and high frequencies. The classification of electromagnetic waves according to frequency is the electromagnetic spectrum. Electromagnetic radiation - Electromagnetic radiation - The electromagnetic spectrum: The brief account of familiar phenomena given above surveyed electromagnetic radiation from low frequencies of ν (radio waves) to exceedingly high values of ν (gamma rays). Sound waves are part of the electromagnetic spectrum. It is divided into 26 alphabetically designated bands. Definition of Electromagnetic spectrum. When the velocity of a charged particle changes, an EM field. The oscillations of the electric and magnetic field components are perpendicular to each other and to the direction in which the wave is moving. Meaning of electromagnetic spectrum. EM stands for electromagnetic -- a term that describes light you can see and radiation you can't. This manual describes the importance of cyberspace and the electromagnetic spectrum (EMS) to Army forces and provides the tactics and procedures commanders and. With Reverso you can find the English translation, definition or synonym for electromagnetic spectrum and thousands of other words. This is the visible spectrum. the spectrum of electromagnetic energy or radiation in ascending frequency (decreasing wavelength). Starlight is the same thing from "Suns" that are much farther away. JEMSO is defined as Joint Electromagnetic Spectrum Operations frequently. A typical human eye will respond to wavelengths from about 380 to 750 nm. The wireless spectrum frequencies used in communication are regulated by national organizations, which specify which frequency ranges can be used by whom and for. Rattlesnakes, however, can detect electromagnetic radiation in the infrared range and use this ability to find prey. The human eye can only detect only a small portion of this spectrum called. You can change the width and height of the embedded simulation by changing the "width" and "height" attributes in the HTML. The Electromagnetic Spectrum. There are several bands used to define the frequency range in the electromagnetic spectrum. "The electromagnetic spectrum is an essential - and invisible - part of modern life [military and civilian]. You can complete the definition of electromagnetic spectrum given by the English Definition dictionary with other English dictionaries: Wikipedia, Lexilogos, Oxford, Cambridge, Chambers Harrap, Wordreference, Collins Lexibase dictionaries, Merriam Webster. We hope that the following list of synonyms for the word electromagnetic spectrum will help you to finish your crossword today. If we separate the incoming light from a celestial source using a prism, we will often see a spectrum of colours crossed with discrete lines. These sources include video display units (VDUs) associated with computers, mobile phones and their base stations. Any electromagnetic wave produced by currents in wires is classified as a radio wave, the lowest frequency electromagnetic waves. Kaler, Addison- Wesley, 1997. The examples of electromagnetic waves are the gamma rays, X-rays, ultraviolet, infrared, microwave and radio waves. The Electromagnetic Spectrum –Chapter 6 Demonstrations: Electromagnetic Induction Waves Interference of waves. Definition of electromagnetic_spectrum For convenience in talking about electromagnetic radiation, we classify photons of different energies into different spectral regions. The Electromagnetic Spectrum 1 Properties of Electromagnetic Radiation 3211 The term electromagnetic radiation includes the entire spectral range from atmospheric radiation at 10 23 Hz to radio waves at few Hz. The first one is the low frequency. Description: Electromagnetic waves are formed when an electric field comes in contact with a magnetic field. The infinite range of frequencies of electromagnetic radiation - an effect of electromagnetism that travels by photon wave particles at the speed of light and carries radiant energy. They are waveforms, as are light rays, microwaves, and radio waves. Apr 25, 2019 · Electromagnetic energy describes all the different kinds of energies released into space by stars such as the Sun and is made when an atom absorbs energy. 1 - Electromagnetic compatibility and Radio spectrum Matters (ERM); Short Range Devices (SRD); Method for a harmonized definition of Duty Cycle Template (DCT) transmission as a passive mitigation technique used by short range devices and related conformance test methods. But they are also generated in space--by unstable electron beams in the magnetosphere, as well as at the Sun and in the far-away universe, telling us about energetic particles in distant space, or else teasing us with unresolved mysteries. You can complete the translation of electromagnetic spectrum given by the English-Spanish Collins dictionary with other dictionaries such as: Wikipedia, Lexilogos, Larousse dictionary, Le Robert, Oxford, Grévisse. The radio spectrum is the radio frequency (RF) portion of the electromagnetic spectrum. The Electromagnetic Spectrum By Cindy Grigg portion space medium radiation mediums radio meters light-year produced produce electromagnetic light-years produces brightness amount instance wavelengths level wavelength Directions: Fill in each blank with the word that best completes the reading comprehension. The oscillations of the electric and magnetic field components are perpendicular to each other and to the direction in which the wave is moving. ' 'The electromagnetic spectrum is composed of a range of radiation frequencies from radio waves to X-ray and gamma waves. Electromagnetic waves are classified according to their frequency. (RF) Radio frequency refers to that portion of the electromagnetic spectrum in which electromagnetic waves can be generated by alternating current fed to an antenna.


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https://www.registercitizen.com/mlb/article/Mets-fall-to-Rockies-at-Coors-Field-11975050.php
Mets fall to Rockies at Coors Field
Michael Kelly The Associated Press
Published 11:42 pm EDT, Saturday, May 14, 2016
Rockies relief pitcher Jake McGee throws against the Mets during the ninth inning on Saturday in Denver.
Photo: Jack Dempsey — The Associated Press
DENVER >> DJ LeMahieu and Tony Wolters had two hits and two RBIs apiece and the Colorado Rockies beat the New York Mets 7-4 on Saturday night.
Trevor Story and Gerardo Parra also had two hits for Colorado, which has won three straight at home for the first time this season.
Mets starter Logan Verrett (3-1) struggled in the same place where he earned his first win in his major league debut. Verrett gave up just one run in eight innings on Aug. 23, 2015, but was pulled in the third inning Saturday. Mets manager Terry Collins also was ejected for arguing in the third inning.
Neil Walker had three hits, including a solo home run, for the Mets.
Rockies starter Eddie Butler (2-1) allowed four runs on nine hits in five-plus innings for the loss. Jake McGee pitched the ninth for his 11th save.


Platform diving is one of the most popular and highest viewed sporting events on television at the Summer Olympic Games. It is a thrilling sport to watch, and even more thrilling to practice.
High Dive Champions is a U.S. Diving team that offers this elite level training.
Coach Mike Darland, a platform diver, represented Kimball Divers and the University of Michigan. Mike Darland participated in several 10 Meter Platform National Competitions, including those held at The Woodlands, Texas and The University of Miami.
Platform training is available to all team members who are able to demonstrate the required 3 meter diving skills to the High Dive Champions coaching staff.
Platform diving training is conducted at Eisenhower Park, Long Island, New York.
Platform diving competitions are available with the High Dive Champions team a few select times each year.
Teammates looking on are Olympic Gold Medalist Phil Boggs, Olympic Silver Medalist Bruce Kimball and Olympic Bronze Medalist Chris Seufert.


DePaul, No. 5 in the USA TODAY NETWORK New Jersey Top 20, upset No. 1 St. Peter's, 16-13, despite senior QB Taquan Roberson sidelined with an injury.
The Spartans produced a 16-13 upset over St. Peter's Prep, No. 1 in New Jersey and 18th in the USA TODAY Super 25 - with star senior quarterback Taquan Roberson out with an unspecified injury and on the sideline Saturday in a cap and shorts.
Backup senior quarterback Johnny Amodeo tossed a 55-yard touchdown pass to senior receiver Ronnie "Rocket" Hickman for a 16-6 lead in the third quarter, and Hickman sealed the win with a fourth-down pass breakup in the final two minutes.
DePaul (4-1) led 2-0 after St. Peter's Prep (3-2) was called for intentional grounding on a throw from the end zone. The Spartans extended the lead to 9-0 at halftime after Hickman scored on a 2-yard run.
St. Peter's Prep pulled within 9-6 in the third on a 27-yard TD pass from senior quarterback Maasai Maynor to senior receiver Chase Jones. The Marauders cut the deficit to 16-13 with 5:54 left in the fourth on a 1-yard run by senior running back Anthony Summey.
It means that the top of the USA TODAY NETWORK New Jersey Top 20 could be a muddled mess. With No. 5 DePaul defeating No. 1 St. Peter's, who will be No. 1? Despite a 34-7 loss to St. Peter's on Sept. 14, does No. 2 Bergen Catholic return to No. 1. Or, does No. 3 St. Joseph, which beat DePaul, 24-17, on Sept. 15, debut at No. 1? How many spots should DePaul climb? How will the eight statewide selectors vote?
►DePaul's defense was outstanding despite allowing St. Peter's 299 total yards. The Spartans' run defense was especially stout, limiting the Marauders to 115 rushing yards, and only 26 in the first half.
►DePaul only had 160 total yards, with 55 coming on the Amodeo-to-Hickman TD pass, and led at halftime, 9-0, despite only producing 58 total yards.
No doubt, Amodeo's 55-yard TD pass to Hickman is the choice. DePaul had just taken possession, following a fair catch, and the quarterback hit his receiver in stride up the right sideline for the 16-6 lead.
How do you not pick Amodeo? The senior didn't know he was going to make his first varsity start until Tuesday. He did not commit a turnover. He was 6-for-13 for 114 yards. And last year at Cochrane Stadium, he missed a 28-yard field goal on the final play of a 22-21 loss to St. Peter's.
►DePaul plays at Paramus Catholic on Friday.
►St. Peter's plays at Don Bosco on Friday.


When the wedding day has passed and all the incredible moments become memories, you have the chance to re-live it as a bride with a session after the wedding day.
You have the time to yourself, your husband to yourself and... the photographer to yourself of course!
This time we chose Emporio and Megalochori.
Two locations that we so much value and you will see below why.
Sure there is no Caldera and blue domes, but there are so many reasons we love them!


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Ben Whishaw and Emily Mortimer on Joy and Wonder in Mary Poppins Returns
When I was in Los Angeles for the Mary Poppins Returns premiere I had the opportunity to sit down with Ben Whishaw and Emily Mortimer, who play Michael Banks and Jane Banks in the movie.
In Mary Poppins Returns, Jane and Michael Banks are the adult versions of the kids who needed a nanny in Mary Poppins. Ben Whishaw and Emily Mortimer were perfectly cast as the older Banks siblings, and I love that they looked and acted a bit like siblings offscreen, too!
My Mary Poppins Returns Parents Guide and Movie Review
"The Fruit of the Harvest" Lin-Manuel Miranda in Mary Poppins Returns
The Best Moments and Photos of the Mary Poppins Returns premiere
Interviewing Emily Blunt on Mary Poppins Returns, Motherhood, and More
How do you work joy and wonder into your life?
Emily Mortimer: Alcohol…and cigarettes! [laughs]
Ben Whishaw: [laughing] None of them are healthy, if I'm honest with you.
Emily Mortimer: Same! I've got two kids and, I guess it's a cliche, but cliches are true! That's why they're cliches. They're very helpful in abating the opposite of joy and wonder…the pain and fear and the loneliness that's just sort of constantly there, you know.
One of them is coming with me to the premiere tonight. Sam, my 15 year old. Then my 8 year old is coming to the one in London. So I'm giving them both this whole thing.
It's such a treat to come to these things but you forget, because you get stressed out about how you look and whether you look like an idiot and whether you deserve to be there at all.
But when you bring your kids you see it through their eyes and you appreciate it.
How did your kids feel about the original Mary Poppins? Have they seen Mary Poppins Returns?
Emily Mortimer: Neither of them have seen the new one, but they love Mary Poppins. They're psyched about the whole thing.
We were in Barnes and Noble the other day and my daughter found the book of Mary Poppins Returns and Emily Blunt was on the cover. She flipped through it and found my picture and she's never been more impressed by me, ever. She kept telling everyone, "Mum's in a book!"
Rob Marshall has said that he got his first choice for all the actors in Mary Poppins Returns. How does it feel to have him saying that about you?
Ben Whishaw: When Rob Marshall likes you, he really, really, really likes you. He doesn't hold back. You feel his love. You feel his excitement about what you might bring to the table.
Having worked with some directors who don't have that quality; I really, really value that. In a way that's everything.
Emily Mortimer: It makes you your best self. My dad always said that if you tell people they're beautiful and wonderful and cleaver and talented and special and amazing, they are. We feel like that's Rob's strategy. You believe him.
Ben Whishaw: Why would you not want to believe him?
Emily Mortimer: He's so encouraging and he makes you feel special and that you have a right to be there.
Did you get a chance to talk to Karen Dotrice, the actress who played Jane Banks in Mary Poppins?
Emily Mortimer: We had about half a day with her. She just hung out with us. She saw Cherry Tree Lane for the first time since she was a little girl. She was really moved and sort of blown away by the whole thing. We talked about making the movie when she was a little English school girl and had been transported to Los Angeles, because they shot the original movie in Los Angeles.
We talked about how bizarre that was. Both with her and with Dick Van Dyke, it was just an extraordinary thing to have these connections to the original movie. It felt so validating that they were excited about it and into it and felt thrilled by the whole experience.
What was the most challenging scene for you both to create?
Ben Whishaw: I think that the final scene was quite challenging. I mean, everything was, but that had to be the climactic moment. It's weirdly much easier sometimes to play misery and grief. But being open-hearted and happy can be quite hard…especially when you've been miserable the whole movie.
Emily Whishaw: I remember feeling quite confused by how to be when we talked into the house, when it was empty of all the furniture and we were clearing out the stuff. The temptation was to really make a meal out of the scene.
Rob Marshall was really good. He said, you've done your grieving. The sadness is going to come from seeing people trying to be happy. Trying to do their best and to be happy. Which is what most of us spend their lives trying to do. Not kind of wallow in the pain. And then it will be more heartbreaking.
As an actor, when you put in this sad moment you're tempted to really milk it. I remember feeling grateful to his direction at that moment he was like, no. Keep the ball in the air. Keep it optimistic.
Is there anything special you did to capture your sibling chemistry?
Ben Whishaw: We were really lucky. we immediately enjoyed each other's company and giggled about things and gossiped. And we had an awful lot of time in rehearsals, waiting.
Emily Mortimer: Waiting to go on for rehearsals, and there were weeks and weeks of rehearsals. then acting together. Then sitting around the set for months, months, months together.
Ben Whishaw: So much waiting. You spend most of the time sitting in a little tent. By a heater.
Emily Mortimer: Planning your lunch. Getting obsessed by what you're going to have for lunch.
Do you have a favorite scene from Mary Poppins Returns?
Ben Whishaw: I really love the big dance number, Trip a Little Light Fantastic. I'm just knocked out by it. It's tremendous.
Emily Mortimer: I'm the same. I think it's amazing. You almost can't catch your breath. It's like intravenous entertainment. Just when you think you've had enough, it's like you've gorged yourself. Then along comes Dick Van Dyke and then there's that dance. Just more, more, more. It's amazing.
Mary Poppins Returns opens on December 19, 2018. Get your tickets and see local showtimes now!
follow these social media accounts to stay on top of everything Mary Poppins Returns:
Like Mary Poppins Returns on Facebook
Follow Walt Disney Studios on Twitter and search for #MaryPoppinsReturns
Follow Mary PoppinsReturns on Instagram
Mary Poppins Returns arrives in theaters everywhere on December 19, 2018. See more details and information about your local showtimes here!
Watch the newest Mary Poppins Returns trailer:
About Mary Poppins Returns
In Disney's "Mary Poppins Returns," an all new original musical and sequel, Mary Poppins is back to help the next generation of the Banks family find the joy and wonder missing in their lives following a personal loss.
Emily Blunt stars as the practically-perfect nanny with unique magical skills who can turn any ordinary task into an unforgettable, fantastic adventure and Lin-Manuel Miranda plays her friend Jack, an optimistic street lamplighter who helps bring light—and life—to the streets of London.
"Mary Poppins Returns" is directed by Rob Marshall and the screenplay is by David Magee. The screen story is by Magee & Rob Marshall & John DeLuca and it's based upon the Mary Poppins Stories written by PL Travers.
The producers are John DeLuca, p.g.a., Rob Marshall, p.g.a. and Marc Platt, p.g.a. with Callum McDougall serving as executive producer. The music score is by Marc Shaiman and the film features all new original songs with music by Shaiman and lyrics by Scott Wittman and Shaiman.
The film is set in 1930s Depression-era London, almost 25 years after the original Mary Poppins took place. The grown Michael Banks works for the same financial institution that employed his father. He still lives at 17 Cherry Tree Lane with his three children, Annabel, John and Georgie, along with Ellen, their housekeeper.
Jane Banks continues in her mother's honor as she campaigns for workers' rights and offers a helping hand to Michael's family.
When the Banks family suffers a personal loss, Mary Poppins magically returns to their lives. With Jack's help, she brings joy and wonder back into their home at Cherry Tree Lane.
The film also stars Ben Whishaw as Michael Banks; Emily Mortimer as Jane Banks; Julie Walters as Ellen; Pixie Davies, Nathanael Saleh and introducing Joel Dawson as the Banks' children, with Colin Firth as William Weatherall Wilkins; and Meryl Streep as Mary's cousin, Topsy. Angela Lansbury appears as the Balloon Lady, a treasured character from the PL Travers books and Dick Van Dyke appears as Mr. Dawes, Jr., a retired chairman of the bank that's now run by Firth's character.
Filed Under: Entertainment Tagged With: #MaryPoppinsReturnsEvent, celebrities, celebrity interviews, disney, Mary Poppins Returns
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Enjoy another excellent issue of Intercambios!
Y tú, ¿eres prescriptiva o descriptiva?
We are putting together our next Intercambios newsletter and we would love to hear from you! We are always looking for engaging, informative content for the SPD newsletter, so contemplate scheduling time to write and submit an article to be considered for publication. SPD members and non-members are all invited to send in their contributions!


This online Zoom Training is for all MS Society Local Network volunteers who have responsibilities for fundraising in their roles. Other attendees may include MS Society Key Fundraising Supporters and Groups. The session is run by experienced Fundraising Staff, who will be showing participants how to organise an MS Walk to raise funds for the Stop MS Appeal in their area. The session will be structured and interactive, with details of how to progress your plans, with support from the Fundraising Staff.
The online sessions will be via Zoom, a video conferencing application (similar to facetime or skype) which gives you the opportunity to access the session via your PC at home, your tablet or phone.


Hague Institute for the Internationalisation of Law (HiiL) is an advisory and research institute involved in numerous rule of law projects throughout the world. It provides justice advisory services, measurement and assessment services in legal reform, and a justice innovation lab. The website reports on the organization's activity supporting rule of law and provides either downloadable copies or citations to the reports, books and some of the articles that are issued by members of the Institute. The organization's projects are broken down both by theme and by country, and include such activities as a study of legal aid in Europe, an interactive web-based platform for dispute resolution, and a justice needs assessment in Mali. Contact information on projects is available for more information. In addition to this website, HiiL supports a second website, www.innovatingjustice.com, which is a forum for those interested in or involved in rule of law projects. It has information on people and organizations in this area, a set of free tools for innovators, blogs from HiiL and the possibility of registering to participate in creating innovative justice. One can also find a selection of academic literature on rule of law. The site is intended for those who practice law as well as academicians. It is simple to use and up-to-date although this reviewer did find one dead link.


"Ayurveda" is one of the world's oldest holistic ("whole-body") healing systems. It was developed over 3,000 years ago in India. Ayurveda portrays "the science of life." When translated from Sanskrit, the word 'Ayur' means life and 'veda' means science. Ayurveda is a vast assemblage of interrelated practices that encompass literally every aspect of a person's health and routine.
"Suddhastu Shamayet nacha kopayet" meaning, a pure medicine is, one which when eliminating a disease, should not give rise to even the slightest cause for another disease.
Ayurveda is the ancient Indian system of natural and holistic medicine It's based on the belief that health & wellness depend on a delicate balance between your mind, body, and soul. While allopathic medicine tends to focus on the management of disease, Ayurveda bestows us with the knowledge of how to prevent disease and how to eliminate its root cause if it does occur. Its main objective is to promote good health, improve immunity & to fight disease. In the developed countries like U.S. it is considered a form of complementary and alternative medicine (CAM).
Astronomical references in our Vedas provide some approximations that help date the beginning of this tradition. Some Vedic notices mark the beginning of the year at the vernal equinox in Orion; this was the case around 4500 B.C. This places Ayurveda at an age of 6,500 years or older. A famous Ayurveda expert, Atreya, having lived in India for many years, states: "Ayurveda has very old roots, long before recorded history." Studies prove that everything in the universe – dead or alive – is connected. If your mind, body, and spirit are in harmony with the universe, you have good health. When something disrupts this balance, you get sick. Among the things that can upset this balance are genetic or poor health , malnutrition, climate change, age and your emotions.
To maintain good health & balance among your body energies, Now even in today's busy life, one can maintain good health & live life completely! If you are busy , have no time for exercise in today's busy life, you can also maintain a good health & live life tension free!
5 Essentials for a Healthy Lifestyle!
Benefits of Stevia Leaves Powder – 100% Natural Green Powder.
How Long do I have to take this ? Dosage instructions ?
What if there is no result ?
Quality Ayurveda, is an online platform exclusively designed for the promotion of good health & vitality.


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Q: How can I tell when the device screen is locked? Is there anyway I can know if a user has locked the screen or not? I have two AVPlayers playing music, but I only want one of them to be able to play in the background. If I hooked up the lock screen to call a method, I could stop the AVPlayer before it plays in the background. Any direction would be much appreciated.

A: When the screen is being locked, applicationDidEnterBackground will be called.
You can do your work there :)

A: When the device is locked, -(void)applicationWillResignActive is called
followed by -(void)applicationDidEnterBackground.
Write your code in the second method.

A: So I tried both suggestions of -(void)applicationWillResignActive and -(void)applicationDidEnterBackground, and it may work for you but for some reason it didn't even trigger my NSLogs in the console when i locked the screen. What would Trigger however is if I used NSNotifcationCenter.
[[NSNotificationCenter defaultCenter] addObserver: self
                                         selector: @selector(handleEnteredBackground)
                                             name: UIApplicationDidEnterBackgroundNotification
                                           object: nil];

and then put the code I needed to run inside the selector.
-(void)handleEnteredBackground{
NSLog(@"This Shows inside the Console!");
}

I don't know if this is the best way to handle things, but it works for me, and might work for anyone else with the same issue, it is triggered by BOTH the Lock Screen Button and the Home Button on my iphone currently running iOS 7.0.4 which is just what I needed.

redpajama_set_name: RedPajamaStackExchange


The Motorola MBP855 Wi-Fi Connect Video Baby Monitor is the ideal monitor, helping you to keep an eye on your baby when you need it most. It will give you to confidence and control you require over the early months and beyond, allowing you to watch your little one from anywhere and anytime.
The large 5" colour display clearly shows your baby, giving you the confidence you need throughout the day and night. Ensuring you have crystal clear vision at all times, the infrared night vision will help to show a perfect image of your little one whilst they are in another room. In addition to this, the pan, tilt and zoom function on the camera will ensure that your camera sits at the perfect angle at all times. Included is the free star pod grip which will hold and support your camera in numerous locations for enhanced mounting.
The parent unit will show your baby perfectly whilst you are at home and through a wi-fi connection you will be able to pair your camera to your smartphone or tablet, allowing you to monitor your baby from wherever you are. The wi-fi wireless technology will create ease and simplicity to view your baby, giving you the confidence you need. With the simple download of the Hubble app, available on App Store and Google Play Store, you can stay up to date with all that is going on in your little one's home nursery.
You can soothe and relax your baby through the Motorola MBP855 Wi-Fi Connect Video Baby Monitor with a range of included lullabies perfect for bed time. In addition to this, a two-way communication feature will allow you to speak and hear your baby when they need you most. The room temperature monitoring will also keep you up to date on your baby's environment ensuring they always have the very best.


Former member of the High Park Junior Baseball Club Patrick Wynnyk (11,12,13) has decided to give back to those less fortunate. He has created a small charity called Save The Blanket Foundation which is collecting blankets, scarves, mitts etc for the homeless of Toronto especially run away teens. Patrick a current employee of the Toronto Blue Jays has a big heart and is doing his part to help out the less fortunate. The team is very privileged to have someone like this as an alumni of our baseball club, and we wish him all the best with this newest endeavor in his life and we wish his charity the best from here on out.


You know there's more to the Church than "institution." She is mystery because her origin is God. She is beautiful, good and true by virtue of the beliefs she transmits and her holiness. She is radiant because she is Christ's Bride.


text:
Camden Hughes
"Camden Hughes is a Tour De Force when it comes to performing and teaching Jazz music and all of its variants, whether it be funk, rock, hip-hop, soul etc…"
-David Gluck, Percussionist, Composer, Educator, Author (Yamaha, Zildjian, Innovative Percussion Artist, Published by Hal Leonard and Universal Edition)
"Camden Hughes...as professional as they come, a pleasure to work with and an incredible (and versatile!!) musician. We look forward to working with Camden for years to come."
-Stephanie Leavell, manager, Johnson Brothers Hospitality
Camden Hughes, featured in Idaho Press-Tribune.
Camden Hughes is a jazz pianist, guitarist, multi-instrumentalist, composer, and music educator from Boise, ID. Well-versed in several musical genres, Camden composes and performs jazz, funk, soul music. Camden currently teaches jazz and music industry at Northwest Nazarene University, and Elementary Music at the Idaho Arts Charter School.
The son of two classical piano teachers, Camden grew up immersed in music, starting the piano at the age of 4 and the guitar at age 15. With years of both jazz and classical training, Camden has a unique perspective on composition informed by a vast array of musical experiences..
In addition to being an in-demand performer in the Boise area, Camden is a passionate educator. Camden started the website www.LearnJazzStandards.com in 2010, which has grown into a trusted jazz education resource all over the world with over 14 million views and 50,000+ subscribers on the Learn Jazz Standards YouTube page.
Camden teaches Band at Idaho Arts Charter School in Nampa, ID. He also serves as an adjunct music instructor at Northwest Nazarene University, where he received his B.A. in music education and music theory. He has also served as an adjunct music teacher at NNU since 2007.
Camden has played over 2,000 gigs in the past 15 years, working with many great musicians. In addition to being the Founder of www.LearnJazzStandards.com, Camden has shared the stage with Bruce Forman, Carl Saunders, John Clayton, Curtis Stigers, Brent Vaartstra, Scott Whitfield, Stanton Kessler, Bill Watrous, Pete Christlieb, Justin Nielsen, Paul Tillotson, Brent Jensen, the Frim Fram Four, Sandon Mayhew, Phil Garonzik, Thomas Hutchings, Bill Courtial, Clay Moore, the Jazz Angels, and MANY more!
Camden's first album, "IntroSpective," an accessible modern jazz collaboration with New York saxophonist Thomas Hutchings, released August 8th, 2015, with overwhelming support from fans exceeding their goal by 121% on PledgeMusic.
Camden's second album, "McCall," released in November, 2017. It features Portland Guitarist Dan Balmer on guitar, Edwin Wallace Wheeler III on electric bass, Wayne Bliss on acoustic bass, and David Gluck on the drums. "McCall" is the result of 10 hours of FREE studio time Camden won in a recording contest held by Blissman Studios in Tacoma, WA. Sixteen different bands entered music in the contest, and Camden was chosen to receive first prize and 10 hours of free studio time!
2021 © Camden Hughes


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Congratulations and Thank you for Investing in Ranksnap and in all the upsells this far.
And I respect you for coming all the way through here.
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When you bought Ranksnap, you opted for 10,000 credits, which is a great amount and enough for you to get started and get rankings and traffic.
But each credit you spend on backlinks, costs US money, real money, on servers, on services, on automation.
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This policy is meant to protect both you as a consumer and us as a business, and make sure we get a smooth business transaction, without hurting any of the parties involved, and allow you to test it risk free.
No Thanks, I am not a serious marketer and I just want to try this tool for 1-2 months. I don't want to expand my business to 6-figures per year. I will skip this upgrade.


text:
layout: page
title: Ruby on Rails
---
[Back to Cheat Sheets](/resources/cheat-sheets/)

## Generate New Rails App

```bash
# Generate for API only
rails new my_app --api

# Using MySQL database
rails new_my_app --database=mysql

# Using PostgreSQL database
rails new my_app --database=postgresql

# Without Turbolinks
rails new my_app --skip-turbolinks

# Without JavaScript
rails new my_app --skip-javascript
rails new my_app -J

# Without Sprockets
rails new my_app --skip-sprockets
rails new my_app -S

# Without Tests
rails new my_app --skip-test

# Don't run Bundle Install
rails new my_app --skip-bundle

# Preconfigure for app-like JavaScript with Webpack (options: react/vue/angular)
rails new my_app --webpack=WEBPACK

# Preconfigure for Vue with Webpack
rails new my_app --webpack=vue
```

## Rake Tasks

```ruby
# Display Rails routing table
rake routes
```

## ActiveRecord

```ruby
# Get name of table associated with model
Model.table_name
# Get field/column names from database table
Model.column_names
```

## Capistrano

```bash
# View available Capistrano tasks
bundle exec cap -vT
```

redpajama_set_name: RedPajamaGithub


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General Purpose DuctDesigned for everyday applications such as bundling, sealing, seaming, repairing and holding, our general purpose duct tapes make quick work of the task at hand.
Heavy Duty DuctDesigned to withstand tough and rugged conditions, Shurtape heavy duty duct tapes are enginereed to deliver superior adhesion and holding power, job after job.
Professional DuctWhen you need a tough, reliable tape, count on Shurtape professional duct tapes to get the job done. For ultimate durability, choose a tape made with Polybonded CO-EX Technology®, a seamless construction that adds strength and will not delaminate.
Foil, Film & FoamWe know your reputation is on the line. That's why we offer a comprehensive assortment of foil, film and foam tapes that are engineered for performance in a range of jobs, from HVAC and insulation to electrical, safety marking and more. With options that meet the code, perform in the cold and deliver superior results, Shurtape has you covered with the tapes you need to ensure your work exceeds your exacting standards.
Aluminum Foil & FilmDesigned to form an airtight, moisture-resistant bond on joints and seams, Shurtape aluminum foil and film tapes provide consistent quality roll after roll so your job is done right the first time.
CompositeYour standards are high, particularly when it comes to the products you choose to get the job done. Shurtape's composite tapes are built for aesthetics and performance – no matter the temperature or environmental conditions.
ElectricalShurtape electrical tapes are engineered for durability, strength and consistent performance in a range of electrical and mechanical applications. Whether for primary insulation, as a jacketing or for phasing, you can be confident these tapes will meet the demands of the job.
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PaperWe know your time is valuable. That's why our masking and paper tapes are engineered to meet the demands of a range of jobs. Whether you require tensile strength, temperature resistance, removability, flexibility or sharp paint lines, Shurtape delivers.
General PurposeShurtape general purpose masking tapes are effective and economical solutions for non-critical applications ranging from packaging, bundling and holding to splicing, masking and labeling.
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SpecialtySome jobs demand particular performance characterics. Our specialty masking tapes are engineered to meet the most specific needs.
PackagingWe know every sealing situation is unique. And we understand that keeping your lines running at peak production, while producing a better, more reliable case seal is a priority. That's why our portfolio of packaging tapes is purpose-built for packaging and case sealing applications – to deliver secure seals, every time.
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Tape ApplicatorsWe know you demand secure carton seals, whether applying tape by hand or in an automated case sealing environment. That's why we offer a wide range of hand-held tape dispensers and automated case sealing solutions. Designed for a range of packaging, strapping and adhesive transfer applications, our tape applicators are engineered for maximum efficiency and performance.
ManualDesigned with comfort and ease of use in mind, our selection of hand-held tape dispensers help you tackle a range of manual case sealing, strapping, bundling and palletizing jobs.
From taping down cables and securing props to bundling wires and marking directional signage, the show can't go on until the stage is properly prepped. That's why we put so much time and attention into every roll of tape we craft. So you can be confident the stage is set before the curtain is raised.
Professional grade gaffer's tape for general applications in the convention, hospitality, exhibition, trade show and A&E industries.
Professional grade gaffer's tape suited for general use in the convention, hospitality, exhibition and trade show industries, as well as in the audio/visual, television, photography, theatrical and motion picture industries to bundle wires, tape down cords, lighting and props, and mask silk screen frames. Durable P- 628 offers a combination of excellent holding power, conformability and high tensile strength to get the job done quickly and efficiently.
Professional grade gaffer's tape available in a variety of matte-finish fluorescent colors.
Glow-in-the-dark specialty gaffer's tape for safety marking and other tasks; offers residue-free removal.