Hi, could someone right this program for me in C language. Make sure output format matches the picture!

Thank you!

Here is the code template to use!

/******************************************************************************* AUTHOR SECTION ENGR 200.xx DATE: mm/dd/yyyy PROGRAM: # Author: ******************************************************************************** PROGRAM DESCRIPTION DESCRIPTION OF VARIABLES NAME | TYPE | DESCRIPTION ----------------------------------------------------------------------------- *******************************************************************************/ /* Preprocessor directives */ #include  #include  /* Main function */ int main(void) { /* Declare variables */ /* Print headings */ printf("********************************************"); printf(" "); /* Input values */ /* Compute */ /* Print output values */ printf(" RESULTS"); printf(" ******************************************** "); /* Exit the program */ return 0; } /******************************************************************************/

ENGR 200 FALL 2018 P7: STRESS AND STRAIN OF 304 STAINLESS STEEL (data files, if statements, one-dimensional arrays) DUE: November 7, 2018, by 11:59 p.m. CT POINTS: 65 For a solid body, stress indicates the strength of the material from which the body is made, while strain measures the deformation of the body under a force. Strain may be calculated by the following equation: Wharestrain (umitless) 1-final specimen length -initial specimen length Through tension and compression tests, the stress and strain can be related to each other and give insight into ho much force a material can experience been collected, they can be plotted to produce a stress-strain diagram A sample stress-strain diagram is shown below e without undue deformation or failure. Once stress and strain data have rec Eractiure plastic behavice Strain is plotted on the x-axis, and stress is plotted on the y-axis. There are four regions the elastic region, yielding, strain hardening, and necking. For the elastic region, stress and strain can be related through Hooke's law: =Ee uere is the stress in ksi, E is the Young's modulus (a material-specific constant, and is the strain (mit e- often expressed as in/in). In the vielding region, the stress is constant while the strain varies