8. Given this code: //This a code to determine the root of a function //The function is (cosx+2)/3 #include #include float root(float); int main() { float a[100],b[100],c=100.0; int i=1,j=0;...

0.00001) { a[j+1]=root(a[j]); c=a[j+1]-a[j]; c=fabs(c); //fabs = Absolute Value of Floating-Point Number j++; } printf("\n The root of the given function is %f",a[j]); } float root(float x) { "/>
Extracted text: 8. Given this code: //This a code to determine the root of a function //The function is (cosx+2)/3 #include #include float root(float); int main() { float a[100],b[100],c=100.0; int i=1,j=0; b[0]=(cos(0)-3*0+1); printf("\nEnter a beginning guess:\n"); scanf ("%f",&a[0]); while(c>0.00001) { a[j+1]=root(a[j]); c=a[j+1]-a[j]; c=fabs(c); //fabs = Absolute Value of Floating-Point Number j++; } printf("\n The root of the given function is %f",a[j]); } float root(float x) {


Extracted text: float y; y=(cos(x)+2)/3; return y; } Modify the code to demonstrate (print out, show) each of the values of the iteration before the final root is determined.