Remember Prelab I " Let�s say that you�d like to augment the dash of your 1974 Dodge Monaco with a nifty pilot light to indicate that the automatic seat warmer is working. The problem is that your car�s electrical system operates nominally at 13.5 V, but the only lamp assembly you have on hand is a #47 incandescent bulb rated at 6.3 V. It looks as though you will have to use a dropping resistor to get the right voltage. Let�s pretend that the filament of an incandescent light bulb behaves as a resistor, even though this isn�t precisely true. According to the data sheet, the #47 lamp draws 150 mA at 6.3 V. Draw the circuit, determine the proper dropping resistor, select the nearest 10% resistor value, and determine its required power rating. Hints: - Since the lifespan of an incandescent light bulb is inversely proportional to the power dissipated in its filament, take this into consideration when selecting your 10% resistor value." (prelab 1), where you designed a dropping resistor for an in-dash pilot light for a �74 Dodge? Well, let�s suppose you would like this lamp to have a soft turn-on characteristic, as opposed to slamming full-blast when you throw the switch. One way to accomplish this is to connect a capacitor across the light bulb. Determine the correct capacitance value and voltage rating if you�d like the lamp to reach 50% of its final voltage in one second. Select a component that is commercially available, and do a little research to determine a typical retail price for the part. Draw the circuit. Hint: - When determining the voltage rating of the capacitor, consider what might happen if the light bulb burns out, which is inevitable.