Using C Programming Code solve these problems

Problem $13$

Write a program asking the user to keep entering in strings $($ie names$)$ until they enter the string $$leave$,$ at which point you$$ll exit the loop and tell them how many times they entered the string $$gold$.$ This one requires that you use a loop and also keep a tally of the number of times they enter the string gold.

Problem $14$

Implement a function called zeros$\_$and$\_$ones$()$ that takes an array s as argument and returns the number of zeros and ones in the array

s $=[1,0,1,0,0,1,0,0,1,0,0,1,1,1,1,0,0,0,1,0,1,1,1,1,1]$

Hint:

Your program should output $\{0$: $11,1$: $14\}$

Problem $15$

Write a function min$\_$max$()$ that takes an array as an argument, and print the minimum and maximum values along with their ranks, ie$,$ their

positions $($starting at $1)$ in the input.

Example: my$\_$list $=[3,1,5,4,2]$ The minimum value is $1$ and the rank is $2$ in the list The maximum value is $5$ and the rank is $3$ in$.$

the list

Let$$s say your array has $3,1,5,4,2$

Hint: your output should look like this

min is $1$ rank is $2$

max is $5$ rank is $3$

Note that when sending an array as a parameter it$$s also ok to send its size as a second parameter so c does not get confused not knowing how big it is$,$ for example, visual studio might complain if you don$$t send the size.

Problem $16$

Make two pointers to integers p$1$ and p$2$

Make two integers x and y

Set x to $10$

Set y to $20$

Have p$1$ point to x

Have p$2$ point to x

Print the value p$1$ points to ie $*$p$1$ should print $10$

Print the value p$2$ points to ie $*$p$2$ should be $10$

Have p$1$ point to y now

Have p$2$ point to x now

Print the value p$1$ points to ie $*$p$1$ should print $20$

Print the value p$2$ points to ie $*$p$2$ should be $10$