Write some code that reads from the keyboard an int representing the age group. Use a switch statement that prints out the appropriate ride category from the list below based on the age group:

Age GroupExpected Output$1$"Kiddie Rides"$2$"Family Rides"$3$"Thrill Rides"$4$"Extreme Rides"

If the value is none of the above, print "Unknown Category". Assume also that an int variable needsSafetyCheck has been declared and assigned. If the age group is either $3$ or $4,$ increment needsSafetyCheck by $1.$

Note: You are not allowed to use if statements or conditional operators. You will need to write the switch case statement and display the correct output for each category.

$1$

If choice is b$,$ print "Brave choice, the journey begins!"

If choice is c$,$ print "A cautious move, let's see where this leads."

For any other value of choice, print "Unrecognized option, choose again."

Note: You will need to write the switch case statement and display the correct output for each category.

$1$

Write a switch statement that tests the value of the char variable choice and performs the following actions based on the player's decision:

If choice is a$,$ print "Adventure awaits!"

If choice is b$,$ print "Brave choice, the journey begins!"

If choice is c$,$ print "A cautious move, let's see where this leads."

For any other value of choice, print "Unrecognized option, choose again."

Note: You will need to write the switch case statement and display the correct output for each category.

Assume there are two integer variables, scoreChallenge$1$ and scoreChallenge$2,$ each representing the player's score in the respective challenges. Write an expression using the conditional operator $(?$ :) that compares the values of scoreChallenge$1$ and scoreChallenge$2$ and results in the higher of the two scores. Assign the greater value to the variable result, which you can assume has already been declared.

If scoreChallenge$1$ and scoreChallenge$2$ are equal, assign the value of either variable to the result variable.

$1$