Maybe it’s easier to imagine the tank on its side so that the depth gauge is inserted horizontally if you do this you must express the equation as a function of y and integrate that function.
Please use the ellipse formula, and compute the volume of liquid by trapezoidal integral and function you altered for the ellipse formula. MUST contain following function:
Void trapezoidal_integral (double depth, int n, double width, double height, double length, double *integral_result)
Sample output:
Enter the width of the tank (in meters): 9
Enter the height of the tank (in meters): 10
Enter the length of the tank (in meters): 12
Enter the specific depth on the measuring stick (in centimeters): 900
Depth 900 cm
Volume 804.02 cubic meters
C CODE :
#include <stdio.h>
#include <math.h>
#include <stdlib.h>
double WIDTH;
double HEIGHT;
double LENGTH;
double DEPTH;
typedef double (*DFD) (double);
//Function of y in terms of x
double function (double x)
{
double a = HEIGHT / 2.0;
double b = WIDTH / 2.0;
double y = (b / a) * sqrt (a * a - x * x);
return y;
}
// Integration function - modified we are passing directly a and b from ellipse equation
double trapezoidal_integral (DFD f ,double a, double b, int n)
{
double x, delta, sum=0.0;
int i=0;
delta = (b-a)/ n;
// integration logic
sum = (function(a) + function(b))/2;
for (i=1, x = a + delta; i < n; i++, x += delta)
sum += function(x);
return sum * delta;
}
int main ()
{
printf ("Enter Width of the tank (in meters):\n");
scanf ("%lf",&WIDTH);
printf ("Enter Height of the tank (in meters):\n");
scanf ("%lf",&HEIGHT);
printf ("Enter Length of the tank(in meters):\n");
scanf ("%lf",&LENGTH);
printf ("Enter specific depth on measuring stick (in centimeters):\n");
scanf ("%lf",&DEPTH);
double h = DEPTH / 100.0;
double area = 2.0 * trapezoidal_integral (&function, HEIGHT / 2 - h, HEIGHT / 2, 100);
// volume is croos section area times lenth of tank
double volume = area * LENGTH;
printf ("Depth %f cm: Volume %.6lf cubic metres\n",DEPTH, volume);
return 0;
}
SCREENSHOT FOR CODE :
OUTPUT :
Maybe it’s easier to imagine the tank on its side so that the depth gauge is...
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