Teacher:In this task you will be given a list of integers. You should find the minimum absolute difference between 2 integers in the list. The absolute difference is the absolute value of one integer subtracted by another. The output should be a single integer which is the smallest possible absolute distance.
Teacher: Now, understand the problem? Solve this instance: [38, 50, -70, 23, -6, 97, -6]
Student:
user
Teacher:In this task you will be given a list of integers. You should find the minimum absolute difference between 2 integers in the list. The absolute difference is the absolute value of one integer subtracted by another. The output should be a single integer which is the smallest possible absolute distance.
Teacher: Now, understand the problem? Solve this instance: [38, 50, -70, 23, -6, 97, -6]
Student:
assistant
Teacher:In this task you will be given a list of integers. You should find the minimum absolute difference between 2 integers in the list. The absolute difference is the absolute value of one integer subtracted by another. The output should be a single integer which is the smallest possible absolute distance.
Teacher: Now, understand the problem? Solve this instance: [38, 50, -70, 23, -6, 97, -6]
Student:
user
Yes, I understand the problem. To find the minimum absolute difference between two integers in the list, I will do the following steps:

1. Sort the list in ascending order.
2. Initialize the minimum absolute difference to be a large value.
3. Iterate through the list to compare the difference between consecutive integers and update the minimum absolute difference accordingly.

Here is the solution for the given instance: [38, 50, -70, 23, -6, 97, -6]

1. Sort the list in ascending order: [-70, -6, -6, 23, 38, 50, 97]
2. Initialize the minimum absolute difference to a large value: min_diff = float('inf')
3. Iterate through the list, compare consecutive integers, and update the minimum absolute difference:

   - Compare -70 and -6: abs(-70 -(-6)) = 64, update min_diff = 64
   - Compare -6 and -6: abs(-6 - (-6)) = 0, update min_diff = 0
   - Compare -6 and 23: abs(-6 - 23) = 29
   - Compare 23 and 38: abs(23 - 38) = 15
   - Compare 38 and 50: abs(38 - 50) = 12
   - Compare 50 and 97: abs(50 - 97) = 47

Since we found 0 as the minimum absolute difference between two integers (-6 and -6), the smallest possible absolute distance is 0.
assistant
Yes, I understand the problem. To find the minimum absolute difference between two integers in the list, I will do the following steps:

1. Sort the list in ascending order.
2. Initialize the minimum absolute difference to be a large value.
3. Iterate through the list to compare the difference between consecutive integers and update the minimum absolute difference accordingly.

Here is the solution for the given instance: [38, 50, -70, 23, -6, 97, -6]

1. Sort the list in ascending order: [-70, -6, -6, 23, 38, 50, 97]
2. Initialize the minimum absolute difference to a large value: min_diff = float('inf')
3. Iterate through the list, compare consecutive integers, and update the minimum absolute difference:

   - Compare -70 and -6: abs(-70 -(-6)) = 64, update min_diff = 64
   - Compare -6 and -6: abs(-6 - (-6)) = 0, update min_diff = 0
   - Compare -6 and 23: abs(-6 - 23) = 29
   - Compare 23 and 38: abs(23 - 38) = 15
   - Compare 38 and 50: abs(38 - 50) = 12
   - Compare 50 and 97: abs(50 - 97) = 47

Since we found 0 as the minimum absolute difference between two integers (-6 and -6), the smallest possible absolute distance is 0.
user
Yes, I understand the problem. To find the minimum absolute difference between two integers in the list, I will do the following steps:

1. Sort the list in ascending order.
2. Initialize the minimum absolute difference to be a large value.
3. Iterate through the list to compare the difference between consecutive integers and update the minimum absolute difference accordingly.

Here is the solution for the given instance: [38, 50, -70, 23, -6, 97, -6]

1. Sort the list in ascending order: [-70, -6, -6, 23, 38, 50, 97]
2. Initialize the minimum absolute difference to a large value: min_diff = float('inf')
3. Iterate through the list, compare consecutive integers, and update the minimum absolute difference:

   - Compare -70 and -6: abs(-70 -(-6)) = 64, update min_diff = 64
   - Compare -6 and -6: abs(-6 - (-6)) = 0, update min_diff = 0
   - Compare -6 and 23: abs(-6 - 23) = 29
   - Compare 23 and 38: abs(23 - 38) = 15
   - Compare 38 and 50: abs(38 - 50) = 12
   - Compare 50 and 97: abs(50 - 97) = 47

Since we found 0 as the minimum absolute difference between two integers (-6 and -6), the smallest possible absolute distance is 0.
assistant
Yes, I understand the problem. The smallest possible absolute difference between two integers in [38, 50, -70, 23, -6, 97, -6] is |50-(-70)| = 120.
assistant
Yes, I understand the problem. The smallest possible absolute difference between two integers in [38, 50, -70, 23, -6, 97, -6] is |50-(-70)| = 120.
user
Yes, I understand the problem. The smallest possible absolute difference between two integers in [38, 50, -70, 23, -6, 97, -6] is |50-(-70)| = 120.
assistant