Use Wolfram Mathematica coding to solve. Show comments and pictures for step by step process. 1. Write

Use Wolfram Mathematica coding to solve. Show comments and pictures for step by step process.

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1. Write a program that reads an integer from the user and determines whether it is divisible by 2 and 7 or not. Test your program using the following inputs: 12, 28, 42, and 63. Your output should look like this: In: Enter an integer: 12 Out: 12 is not divisible by 2 and 7 In: Enter an integer: 28 Out: 28 is divisible by 2 and 7. 2. Use a Do loop to read four integers from the user and compute the product of integers entered. Test the your program using the following input numbers: 5,-7, 12, and 6. 3. Use a Do loop to print all the prime numbers from 10 to 100 3. Plot the function f(x) = x- 50x + 300, its first and second derivatives where -10x10. Label your graph. 4. Compute (x+x)dx 5. Approximate the following integrals to 10 significant digits: a. b. 1 | ve sinxk 1. Write a program that reads an integer from the user and determines whether it is divisible by 2 and 7 or not. Test your program using the following inputs: 12, 28, 42, and 63. Your output should look like this: In: Enter an integer: 12 Out: 12 is not divisible by 2 and 7 In: Enter an integer: 28 Out: 28 is divisible by 2 and 7. 2. Use a Do loop to read four integers from the user and compute the product of integers entered. Test the your program using the following input numbers: 5,-7, 12, and 6. 3. Use a Do loop to print all the prime numbers from 10 to 100 3. Plot the function f(x) = x- 50x + 300, its first and second derivatives where -10x10. Label your graph. 4. Compute (x+x)dx 5. Approximate the following integrals to 10 significant digits: a. b. 1 | ve sinxk