c$++$ The Harris$-$Benedict equation estimates the number of calories your body needs to maintain your weight if you do not exercise. This is called your basal metabolic rate, or BMR$.$

The formula for the calories needed for a woman to maintain her weight is:

BMR $=655+(4\mathrm{.}3*$ weight in pounds$)+(4\mathrm{.}7*$ height in inches$)(4\mathrm{.}7*$ age in years$)$

The formula for the calories needed for a man to maintain his weight is:

BMR $=66+(6\mathrm{.}3*$ weight in pounds$)+(12\mathrm{.}9*$ height in inches$)(6\mathrm{.}8*$ age in years$)$

A typical chocolate bar will contain around $230$ calories. Write a program that allows the user to input his or her weight in pounds, height in inches, age in years, and the character M for male and F for female. The program should then output the number of chocolate bars that should be consumed to maintain ones weight for the appropriate gender of the specified weight, height, and age.

Prompt the user if program should run again.

Part $2$ of question $1$:

Re$-$do the BMR calculator with an activity level calculation:

$//$ Adjust for activity level

$/*$

a$.$ Sedentary

b$.$ Somewhat active $($exercise occasionally$)$

c$.$ Active $($exercise $3-4$ days per week$)$

d$.$ Highly active $($exercise every day$)$

If the user answers Sedentary then increase the calculated BMR by $20$

percent.

If the user answers Somewhat active then increase the calculated BMR by

$30$ percent.

If the user answers Active then increase the calculated BMR by $40$

percent.

Finally, if the user answers Highly active then increase the calculated

BMR by $50$ percent.