Question $2$: Minimum desks:

A kindergarten classroom sits maximum $4$ students at one desk. Given the number of kindergarten student enrolled,

write a python function named calculate$\_$minimum$\_$desks to calculate the minimum number of desks required to sit

all the students. For example, for a class room with $27$ students, the call calculate$\_$minimum$\_$desks$(27)$ must

return $7.$ You are not allowed to use string operations here.

Do the following:

Write your algorithm as code comments. I recommend to follow UMPIRE technique $(20$ points$)$

Implement your function $(60$ points$)$

In your main program, test your function for the criteria given below. Note that this may be either fully or

$""".$"Import math module below

no$\_$of$\_$desks $=$ no$\_$of$\_$students $//4\backslash$

def calculate$\_$minimum$\_$dksks$($no$\_$of$\_$students$)$: # function definitionWrite your docstring and code below this line by replacing the three dots $(...)$

def calculate$\_$minimum$\_$desks$($no$\_$of$\_$students$)$:

no$\_$of$\_$desks $=$ no$\_$of$\_$students $//\backslash$overline$\{4\}$

if

no$\_\_$of$\_$desks $+=1$

return no$\_$of$\_$desks

def main$()$: # Main programno$\_$of$\_$students $=23$

pr$$nt$($calculate$\_$minimum$\_$desks$($no$\_$of$\_$students$))$Print only a call to your function below like in test case $1$ example above

no$\_$of$\_$students $=27$

print$(-($calculate$\_$minimum$\_$desks$($no$\_$of$\_$students$))$ #Output: $7$Print only a call to your function below like in test case $1$ example above

no$\_$of$\_$students $=23$

pr$$nt$($calculate$\_$minimum$\_$desks$($no$\_$of$\_$students$))$ #Output: $6$if name$="$ main $"$: # Standard way of calling main$()$ program. This way you can import this code into a different progrmain$()$