Scope and Limitation: Your program must include ONLY and ALL of the following C LANGUAGE statements: Basic I/O, Ladderized if -else, switch statements, and any looping statements. Engineering Equations Research two COMPLEX ENGINEERING EQUATIONS () related to Chemistry or Biology. Equations should have four variables. (Do not create your own equation. Algebra, trigonometric, or analytic geometry are not considered complex engineering equations) Program Requirements 1. Program shows a formula selection screen that allows the user to select a formula. 2. Formula selection screen allows the user to quit the program. 3. Program asks the user what variable in the equation to compute. 4. Variable selection screen allows the user to go back to the formula selection screen 5. Program asks for values for input variables and computes the selected variable. 6. Program goes back to the variable selection screen. Users can select another variable to compute or select to go back to the formula selection screen. 7. Program goes back to the formula selection screen. Practice Walkthrough 1. Select a formula from the formula selection screen. 2. Select a variable from the variable selection screen. 3. Compute for the variable. Provide at least two sets of test data per variable. 4. Enter an invalid choice at the variable selection screen. 5. Repeat step 2 until all variables are computed. 6. Repeat step 1 until all formulas are demonstrated. 7. Enter an invalid choice at the formula selection screen. 8. Quit the program.
Scope and Limitation: Your
Engineering Equations
Research two COMPLEX ENGINEERING EQUATIONS () related to Chemistry or Biology. Equations should have four variables. (Do not create your own equation. Algebra, trigonometric, or analytic geometry are not considered complex engineering equations)
Program Requirements
1. Program shows a formula selection screen that allows the user to select a formula.
2. Formula selection screen allows the user to quit the program.
3. Program asks the user what variable in the equation to compute.
4. Variable selection screen allows the user to go back to the formula selection screen
5. Program asks for values for input variables and computes the selected variable.
6. Program goes back to the variable selection screen. Users can select another variable to compute or select to go back to the formula selection screen.
7. Program goes back to the formula selection screen.
Practice Walkthrough
1. Select a formula from the formula selection screen.
2. Select a variable from the variable selection screen.
3. Compute for the variable. Provide at least two sets of test data per variable.
4. Enter an invalid choice at the variable selection screen.
5. Repeat step 2 until all variables are computed.
6. Repeat step 1 until all formulas are demonstrated.
7. Enter an invalid choice at the formula selection screen.
8. Quit the program.
Reminders:
Make sure that your equations are complex.
Do not include any other topics of C language not mentioned above.
Upload your *.c file and copy-paste your codes here.
You may use goto functions and math.h.
No flowchart.
Reminders
You will get 0.0
if not complex engineering equation
if use of other c language topics (pointers, struct, arrays, strings, malloc, etc)
if missing *.c file
if missing codes, *.c file only
if not following the practice walkthrough
if not following the program requirements
if incomplete parameters
if syntax error/s
if logical errors
Step by step
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