Given a variable named a and another variable named b, create a Python program (Filename: evaluate.py) to evaluate the following equations:

In the end of your program, print your computation results when a=4 and b=8.

. Create a Python program (Filename: gaussian1.py) to evaluate a Gaussian function. The detailed requirement is as follows:

In the end of your program, print your computation results

Create a Python program (Filename: normalize.py) to normalize five numbers into the range between 0 and 1. Given five numbers {29, 60, 5, 100, 20}, divide each number by the summation of the five numbers. For example, the summation here is 214, then 29/214= 0.135514. Use the printf formatting described in class to print/output the corresponding normalization results of 4 decimals. After running the code, the correct print/output should be as follows: Linear normalization of the number 29 is 0.1355. Linear normalization of the number 60 is 0.****. Linear normalization of the number 5 is 0.****. Linear normalization of the number 100 is 0.****. Linear normalization of the number 20 is 0.****.