Modify the C code

Modify the C code to compute the product of two numbers rather than the sum of two integers. Support your experimentation with a screen capture of the new code being executed.

To update the C code to calculate the product of two integers, replace the addition (+) symbol in the code to multiplication (*) and then build the code. The code was recompiled, and the result was 200 for 10 times 20.

Create a new test table with at least three separate test cases for the product of two integers, specifying input and anticipated output. Include screen photos of all text table values being executed correctly.The test plan below was ran on an online complier (ideon.com). The results are listed below in screen captures.

Run #

Input A

Input B

Expected Output

1

7

14

98

2

19

83

1577

3

-7

14

-98

Change the C code to calculate the quotient (e.g. a/b) of two floats (e.g. 2.3/1.5).Hint: Use float variable types as opposed to integers. What happens if the denominator is 0.0? Support your experimentation with screen captures of executing the new code

For it to be possible to use float for this case, the first step will involve defining the variable within the definitions section, as shown in the screenshot. Once float has been defined, the complier can be returned to output a value for F.

What happens if the denominator is 0.0? Once the code was executed, it retuned the value of “inf” when the denominator was changed to 0.0. The retuned value of “inf” after the code as executed indicated that the compiler error out when trying to divide 2.3 by 0.0. The screen show below clearly presents the execution;

Prepare a new test table with at least 3 distinct test cases listing input and expected output for the quotient of two floats.

The following test plan was executed within the online compiler. The results of the executions are illustrated in the screenshots below;

Run #

Input A

Input B

Expected Output

1

3.4

1.2

2.83333333

2

-2.5

2.0

-1.25

3

2.9

1.5

1.93333333