(8. The program fragment below shows the way to calculate the area of an ellipse. Based on Figure Q8a, ellipse area = x a x b; where n= 3.14159, %3D a = major axis and b=minor axis. Answer the...

Extracted text: (8. The program fragment below shows the way to calculate the area of an ellipse. Based on Figure Q8a, ellipse area = x a x b; where n= 3.14159, %3D a = major axis and b=minor axis. Answer the following questions based %3D on this program. a Ellipse Area = a xaxb Figure Q8a
> axis; 28. ; |/ Return axis value -e- 29. 30. 31. float calcArea ( -f- 32. 33. return PI*a*b; // Return area value 34. "/>
Extracted text: Computer Programming: Exercise Module SOURCE CODE 1. #include 2. using namespace std; 3. -a- 4. float calcArea (float, float); 5. float PI = 3.14159; 6. 7. int main () 8. 9. float a, b, area; cout <« this="" program="" calculates="" the="" area="" of="" an="" ellipse="" \n\n,="" 10.="" 11.="" cout=""><« "enter="" the="" major="" axis="" of="" the="" ellipse:="" ";="" 12.="" get="" major="" axis="" from="" function="" -b-="" 13.="" 14.="" cout=""><« "enter="" the="" minor="" axis="" of="" the="" ellipse:="" ";="" 15.="" get="" minor="" axis="" from="" function="" 16.="" b="-c-" 17.="" 18.="" calculate="" area="" from="" function="" 19.="" area="-d-" 20.="" cout=""><« "the="" area="" is="" "="">< area="">< endl;="" 21.="" return="" 0;="" 22.="" 23.="" 24.="" float="" getaxis="" ()="" 25.="" {="" 26.="" float="" axis;="" 27.="" cín="">> axis; 28. ; |/ Return axis value -e- 29. 30. 31. float calcArea ( -f- 32. 33. return PI*a*b; // Return area value 34.