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Define and Implement the following functions: float Area_Rect(float length, float width) - returns the computed area of a rectangle where: AR=length x width float Peri_Rect(float length, float width) - returns the computed perimeter of a rectangle where: pR= 2 x (L+W); float Diag_Line(float length, float width) - returns the computed diagonal line of a rectangle using the formula: dLine= sqrt(length x length+width x width) float Area_Tria(float length, float width) - returns the computed area of a triangle: aT= (length x width)/2 Create a function main() that will accept inputted values for the length and width of a rectangle. Invoke each functions given above and print the returned value of each function. Sample Output if Applicable O:\Ruel Lauron\C_Programs\program_cabrillos\activity 5\EXERS_1.exe Input width: 15 Input length: 35 The answers are: Area of the rectangle - 525.00 Perineter of the rectangle - 100.00 Diagonal of the line a - 38.08 Area of the triangle - 262.50

Define and Implement the following functions: float Area_Rect(float length, float width) - returns the computed area of a rectangle where: AR=length x width float Peri_Rect(float length, float width) - returns the computed perimeter of a rectangle where: pR= 2 x (L+W); float Diag_Line(float length, float width) - returns the computed diagonal line of a rectangle using the formula: dLine= sqrt(length x length+width x width) float Area_Tria(float length, float width) - returns the computed area of a triangle: aT= (length x width)/2 Create a function main() that will accept inputted values for the length and width of a rectangle. Invoke each functions given above and print the returned value of each function. Sample Output if Applicable O:\Ruel Lauron\C_Programs\program_cabrillos\activity 5\EXERS_1.exe Input width: 15 Input length: 35 The answers are: Area of the rectangle - 525.00 Perineter of the rectangle - 100.00 Diagonal of the line a - 38.08 Area of the triangle - 262.50

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Define and Implement the following functions: float Area_Rect(float length, float width) - returns the computed area of a rectangle where: AR=length x width float Peri_Rect(float length, float width) - returns the computed perimeter of a rectangle where: pR= 2 x (L+W); float Diag_Line(float length, float width) - returns the computed diagonal line of a rectangle using the formula: dLine= sqrt(length x length+width x width) float Area_Tria(float length,float width) - returns the computed area of a triangle: aT= (length x width)/2 Create a function main() that will accept inputted values for the length and width of a rectangle. Invoke each functions given above and print the returned value of each function. Sample Output if Applicable O:Ruel Lauron\C_Programs\program_cabrillos\activity 5\EXERS_1.exe Input width: 15 Input length: 35 The answers are: Area of the rectangle = 525.00 Perimeter of the rectangle = 100.0 Diagonal of the line a = 38.08 Area of the triangle = 262.50
Transcribed Image Text:Define and Implement the following functions: float Area_Rect(float length, float width) - returns the computed area of a rectangle where: AR=length x width float Peri_Rect(float length, float width) - returns the computed perimeter of a rectangle where: pR= 2 x (L+W); float Diag_Line(float length, float width) - returns the computed diagonal line of a rectangle using the formula: dLine= sqrt(length x length+width x width) float Area_Tria(float length,float width) - returns the computed area of a triangle: aT= (length x width)/2 Create a function main() that will accept inputted values for the length and width of a rectangle. Invoke each functions given above and print the returned value of each function. Sample Output if Applicable O:Ruel Lauron\C_Programs\program_cabrillos\activity 5\EXERS_1.exe Input width: 15 Input length: 35 The answers are: Area of the rectangle = 525.00 Perimeter of the rectangle = 100.0 Diagonal of the line a = 38.08 Area of the triangle = 262.50
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