Can someone help with my computer science class. In Java, Declare three variables of type double to represent height, width and depth of the house. Let's

also initialize all these variables such that our house is $25\mathrm{.}5$ feet tall, front$/$back walls are $65\mathrm{.}2$

feet wide, and the side walls are $75\mathrm{.}75$ feet deep. Remember that doubles represent numbers

with a decimal point, while integers represent whole numbers.

$2.$ Print these values to the screen using the println$()$ method. Format your text and make sure to

label each value you print. $($i$.$e$.$ don't print just the values $$ give a label to each value in your

printout$).$

$3.$ Declare and initialize three more variables. All windows have the same size, so we will need a

value for height, width, and the number of windows on our house. height $=1\mathrm{.}2,$ width $=\mathrm{.}75,$

number of windows $=19.($Pay attention to the data type for these values. Pick an appropriate

data type and descriptive names for your variables$).$

$4.$ Declare and initialize three more variables. All doors have the same size, so we will need a

value for height, width, and the number of doors on our house. height $=1\mathrm{.}75,$ width $=\mathrm{.}95,$

number of doors $=5.($Pay attention to the data type for these values$).$

$5.$ Neatly print out the number of doors $/$ windows, and the size of each.

$6.$ Declare six variables of type double. One each for the surface area of the roof,floor, side wall

left, side wall right, front wall and back wall. Initialize each variable to $0,$ we will assign values

to these variables later as we complete calculations.

$7.$ Declare two variables of type double for total surface area of the house. The $1$st will be the

total surface area of our house ignoring windows and doors, the $2$nd variable will store the

surface area with windows$$ and doors$$ areas subtracted from the total surface area.

$8.$ Declare and initialize a String variable for each of the following strings $(7$ strings$).$good$$

$$bad$$boring$$exciting$$big$$small$$ and finally a string with your name. $($first name only is

ok$).$

$9.$ For the next several calculations, ignore the number of windows $/$ doors.

$10.$ Create assignment statements to calculate and store the surface area of each wall of the house,

the roof, and the floor. Print these values out, and make sure to label them in your print

statements. $($don$\text{'}$t just print out the numbers $$ should be six walls, but only $3$ different values$).$

You should use the $6$ variables you created in step $6$ above to store your results.

$11.$ Create an assignment statement that stores the total surface area of your house to the variable

declared earlier $($step $7)$ that will hold total surface area. $($add values together from previous

step$).$

$12.$ Print a statement that tells whose house this is$,$ uses an adjective to describe the house, and

prints the total surface area calculated in the previous step. To print your name and an adjective

for the house you should use string concatenation and $2$ of the String variables created in step $8.$

For example, I might print: $$This is David's House. It is boring.$$ I would follow this up with

the surface area.

$13.$ Now let$$s take into account the windows while calculating the surface area. Note that we can

use the surface area calculated in step $11,$ subtract the total surface area of the windows $($#

windows X windowHeight X windowLength$),$ and assign this value to our $2$nd variable for

storing total surface area.

$14.$ Print the value calculated from step $13$ as well as a label to indicate this is the total surface area

minus windows.

$15.$ Like in step $13,$ find the $($total surface area $$ window area $$ door area$).$ Print the value

calculated in step $15,$ as well as a label to indicate this is the total surface area minus windows

and doors. Also, using $2$ of the String variables created in step $8$ and string concatenation, print

a message saying whose house this is and an adjective to describe it$.$ I might print $$This house

belongs to David, and it is very big.$$

$16.$ Note that at this point in your code, all the variables still have the values you previously

assigned to them.

$17.$ Create a Rectangle object located at $(7,13)$ with width $=5,$ height $=10.($Be sure to browse to

the java API to verify how the Rectangle constructor works$).$

$18.$ Print the x location of the Rectangle by using the getX$()$ method from the Rectangle class. The

code for this step will look like this:

System.out.println$($Rectangle x location: $+$ myRectangle.getX$())$;

Where the word $$myRectangle$$ will be replaced with the variable name you chose in step $17.$

$19.$ Print the y location of the Rectangle.

$20.$ Print the width of the Rectangle.

$21.$ Print the height of the Rectangle.

$22.$ Use the grow$()$ method on your Rectangle object to increase the width by $4$ and the height by $8.$

Make sure to use the Java API and read the description of the grow method.

$23.$ Repeat steps $18-21($hint$,$ copy $/$ paste the code you wrote in those steps$).$ This will print the

current location and dimensions of the Rectangle.

$24.$ Use the translate$()$ method to place the Re