Your Program #$1$ The Guess Number example above is a bit boring because the user gets an unlimited number of attempts to find the answer. You will make it more interesting by only allowing the user to guess up to $5$ times. You will need to use a complex condition for the while loop. One part of the complex condition is whether the user has guessed the number $($similar to how it is done in the example$),$ and the other part is a counter that only lets the user have $5$ guesses. Complex conditions with while loops are similar to those with if statements, and you separate the conditions with a boolean operator $($&& or $||)$ Your output should look similar to the sample output below for Program #$1.$ Turn in your completed program. Your Program #$2$ For your second program, you will need to modify lab number $5,$ the Magic $8-$Ball. You should now use a loop to let the user ask additional questions. After giving the user their random answer, ask them a simple yes or no question about whether they would like to continue. This is similar to the questions you asked in labs $6$ or $7,$ and we will assume that the user still enters correct information. If the user answers $$y$$ for yes, then your loop should allow them to ask another question and give them another answer. If they answer $$n$,$ then your loop should terminate. Turn in your completed program. CHALLENGE In this week$$s challenge component, you should start to look at the other types of loop structures that we have in C#$.$ Rewrite Program #$1$ from this lab $($the Number Guessing one$)$ using a for loop instead of a while. Because for loops are predominantly counter$-$controlled loops, this will require you to use a break statement to exit the loop early if the correct answer is chosen.

Can you be detailed on each program code on c#$.$