Someone

/*  * Name: Philip Lanxon      		 * Collaborator(s): 	 * Instructor: Gary Watson * Date: 10/20/06    * Assignment: pgm3  * Description: Calculate the info given about the pumpkin tossing contest. */#include <stdio.h>#include <stdlib.h>#include <math.h>int main(void) {	int year1, distance1, year2, distance2;	float range1, range2, time1, time2, theta, meterpersecond1, meterpersecond2, gravity, height1, height2, velocity1, velocity2;	/*gravity being the accelleration of gravity, and r being the range */		FILE *fp;	fp = fopen("punkindata.txt.", "r");	fscanf(fp, "%d %d %d %d",  &year1,  &distance1, &year2, &distance2);		range1 = distance1;	gravity = pow(9.8039 , 2); 	theta = M_PI/4; 	/* The acceleration of gravity is 9.8039^2 and 45 degrees is equal to PI/4 */		velocity1 = sqrt(gravity*range1/sin(2*theta)); // equation for velocity	time1 = (2*velocity1/gravity)*sin(theta);  //equation for time in air	height1 = ((pow(velocity1,2))/(2*gravity))*(pow(sin(theta),2)); //equation for height	meterpersecond1 = (velocity1)/(3.6); //conversion to meterspersecond		range2 = distance2;		velocity2 = sqrt(gravity*range2/sin(2*theta)); 	time2 = (2*velocity2/gravity)*sin(theta);	height2 = (pow(velocity2,2)/(2*gravity))*(pow(sin(theta),2));	meterpersecond2 = (velocity2)/(3.6);		printf("Results from pumpkin tossing contest!\n\n\n\n");	printf("Year   range   velocity(m/s)   velocity(km/h)   time(s)   hight(m)\n");	printf("__________________________________________________________________\n");	printf("%d   %d    %1.2f           %1.2f           %1.2f      %1.2f      \n", year1,  distance1, meterpersecond1,  velocity1,  time1, height1);	printf("%d   %d    %1.2f           %1.2f           %1.2f      %1.2f      \n", year1,  distance2, meterpersecond2,  velocity2,  time2, height2);		getchar();		return 0;}