Exercise $1$: Define an NodeType as follows:

contains four members variables, an integer, a float, a char, and a bool.

NodeType object called link.

Include methods to instantiate the NodeType object, insert a node to the linked list, and print the content of a node to the console.

$/*$PASTE SCREENSHOT HERE$*/$

Exercise $2$: Write the definition for a driver method called findKthNode that takes as its parameters the linked list $($NodeType pointer$)$ and an integer value. The method should find the reference to the kth node and return the integer position of the node to the calling function. If the kth node does not exist, the method should return a $-1.$

$/*$PASTE CODE HERE$*/$

Exercise $3$: Write the definition for a driver method called deleteKthNode that takes as its parameters the linked list reference $($NodeType pointer reference$)$ and an integer value. The method should find and delete the kth node in the list. If the kth node does not exist, the method should print a message saying "The kth node does not exist in this list".

$/*$PASTE CODE HERE$*/$

Exercise $4$: Write the definition of a driver method called size that takes as its parameter a linked list $($NodeType pointer$).$ The method should count how many nodes are in the list and return that value to the calling function.

$/*$PASTE CODE HERE$*/$

Exercise $5$: Write the definition of the main method to build the linked list with $10$ random numbers between $65$ and $97.$ To set the contents of each node object add the appropriate mutator methods to set each field as follows:

$1.$ the decimal field to be the random number divided by $2,$

$2.$ the character field to be letter equivalent of the integer value, and

$3.$ set the boolean member to true if the integer value is even and false otherwise.

Declare an integer variable called length and call the size method defined in exercise $4.$ Print the contents of the linked list and the length value to the console. The main method should prompt the user to enter a number corresponding to the kth node in the linked list. Write statements to call the findKthNode method defined in exercise $2.$ Display the of the found variable to the console.

$/*$PASTE CODE AND OUTPUT SCREENSHOT HERE$*/$