Exercise 1: Write a function that returns the energy (in Joules) equivalent to a mass of m kilograms using the equation E=mc². The constant c represents the speed of light in a vacuum which is approximately 3x10³ metres/sec. The mass m is to be passed as an argument to the function. How much energy would a typical "Mars Bar" weighing 51 grams produce if its mass was converted directly into energy?

C++ for Engineers and Scientists
4th Edition
ISBN:9781133187844
Author:Bronson, Gary J.
Publisher:Bronson, Gary J.
Chapter6: Modularity Using Functions
Section: Chapter Questions
Problem 7PP: (Numerical) Heron’s formula for the area, A, of a triangle with sides of length a, b, and c is...
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Write a function using c programming code 

Exercise 1: Write a function that returns the energy (in Joules) equivalent to a mass of m kilograms using
the equation E=mc². The constant c represents the speed of light in a vacuum which is approximately
3x10 metres/sec. The mass m is to be passed as an argument to the function.
How much energy would a typical "Mars Bar" weighing 51 grams produce if its mass was converted
directly into energy?
Transcribed Image Text:Exercise 1: Write a function that returns the energy (in Joules) equivalent to a mass of m kilograms using the equation E=mc². The constant c represents the speed of light in a vacuum which is approximately 3x10 metres/sec. The mass m is to be passed as an argument to the function. How much energy would a typical "Mars Bar" weighing 51 grams produce if its mass was converted directly into energy?
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