CMIS102 Homework Assignment 1 (Worth 13% of your grade)
Problem definition: Calculate the usable area in square feet of house. Assume that the house has a maximum of four rooms, and that each room is rectangular. A. Problem Analysis – Following the directions in the assignment, clearly write up your problem analysis in this section.
This program will compute the area of a house that has four rectangular rooms. Output is the value of the total area (total_area) of the house and is to be calculated by area/length/width input (A1, A2, A3, A4, L1, L2, L3, L4, W1, W2, W3, and W4) variables declared as float variables. The program will utilize the standard mathematical formula of obtaining area of a rectangle: A = L*W. As well, the
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The design of the modular program will be created in Raptor and the design will look like this:
Main module:
Comment: “This program computes the total area of a four bedroom house in square footage.
Call Input_Data_module
Call Calculations_module
Call Output_Data_module
End
Input_Data_Module:
Write “Length of first room” (L1)
Write “Width of first room” (W1)
Write “Length of second room” (L2)
Write “Width of second room” (W2)
Write “Length of third room” (L3)
Write “Width of third room” (W3)
Write “Length of fourth room” (L4)
Write “Width of fourth room” (W4)
Call Calculations_module
End
Perform Calculations module:
Declare A1, A2, A3, and A4; as float
Set A1 = L1*W1
Set A2 = L2*W2
Set A3 = L3*W3
Set A4 = L4*W4
Set total_area = (A1+A2+A3+A4)
End
Output Data module:
Write “The total area of house is:” + total_area
End
C. Program Comments and Test Data – Following the directions in the assignment, include your test data and expected results in this section.
Table 1. Include your test data table here
TEST RUN OF DATA INPUT INTO PROGRAM Room#: | Input: Length & Width (in feet) | | Expected Output: Footage of house (in feet) | | Test Run 1 | Area of Rectangle : | A=L*W | Room 1 | L=10, W=5 | | 50=10*5 | Room 2 | L=10, W=5 | | 50=10*5 | Room 3 |
The White House is comprised of 55,000 square feet. There are 142 rooms and 35 bathrooms under its roof over six floors.
The objective of this project was to measure and then estimate a cost for Hampton University’s Lot 2. Lot 2’s approximate shape is shown above, and holds 80 cars 41 on the side facing the street and 39 on the other. Several assumptions were made when measuring the size of Lot 2. The first assumption was that each side of Lot 2 was perfectly straight line. Assuming straight lines makes it possible to use basic area formulas instead of trying to estimate every piece of Lot 2.
Process: The process is very complicated at first but after a little bit it makes sense. The first thing I did was multiply the area of the table. I did 8*8 because the checkerboard was an 8 by 8. After that you would do the same thing in a descending pattern. After you do 8*8 you would do 7*7, 6*6, 5*5 and so on. The last thing I did was add them all up to get the total number of squares. Just do 64+49+36+25+16+9+4+1 and you should get 204.
1 c) Write the assumptions and limitations and how they will be handled in your project.
Calculate the area (LxW), perimeter (L+L+W+W) , volume ( LxWx H) and ratio of the table base using this data in both centimeters and inches. To convert from centimeters to inches remember 1 centimeter=0.39in. To find the average all three measurements are added up and divided by the number of measurements taken. Length can be measured from one end along the longest direction of a table to the other end of the table making sure that the zero end of the ruler is placed at the edge to begin the measurement. Width was measured horizontally in the middle from one edge to the other. Height was measured from the distance of the floor to the top of the
The architect main goal to design a structure that is going to make the client comfortable. In order to give the client what they need and what they have to be comfortable in the space that the architect is planning for them. It's important for architects to know the average measurement for thinks like the hallway, room, bathroom, etc. Knowing all those measurement is where math comes to play. You have a piece of land and by using math you have to measure out everything in order to organize how to fix everything you need. Without coming to the client uncomfortable by having everything to big or too small. No matter what you're dealing with if it's a house, hotel, office building in order for an architecture to construct a functional and comfortable structure its have to within the guidelines of the codes.
Firstly, the parcel with PID= 41089004 can easily be developed. The total area of this parcel is 24948m2. However, 22723m2 of the parcel has a suitability score of 14. All criteria are considered most suitable (scored 3) except the census criteria which is considered suitable (scored 2). Although the census criterion only has a suitability score of 2/3, placing the seniors complex in an area that has 7-13% of seniors instead of more than 13% is not a large obstacle to development. In saying this, 91.1% of this parcel has a
Checkerboard Write Up Rashanda Anthony Problem Statement:The problem states how many total squares can you find in an 8 by 8. Then you would have to see how you can find the total amount of squares in any square with some sort of formula. Process: The first thing I did with the problem when I saw it was I looked at what squares I could make and their sizes. There was a 1 by 2 to a 6 by 7. In the 8 by 8 square to find the area of the square or how many units make up the bigger square is you take the height of the squares. Then after take the length of the square and you multiply the height. But I then realized that I was wrong because we must find squares not rectangles and soon I started looking for 2
For rectangular areas, multiply the length by the width. For example, if a plane measures 30 feet by 100 feet, this would be 3,000 square
It’s between 100 to 400 square feet depends on the owner’s desire Versus a typical regular typical house 2600 square feet.
Each square of siding covers 100 square feet, and shipping cartons from the manufacturer contain two squares. You can estimate how many squares you will need for your house - determine the square footage of each side of your home and divide by
Now, let us say that we would like to have 225 square feet of hardwood flooring and 25 square feet of tile flooring for the room. When we input our numbers, we find the following:
BIGGER HOMES - The medium square footage of new single family homes built in the United States in 2016 was 2,422 square feet, an increase of 532 square feet over the last 25 years. That’s equivalent to a 23’ x 23’ addition to a new home today when compared to 1991 home construction (source: Joint Center for Housing Studies of Harvard University).
You have made an offer by formal tender of £200,000 for this land and estimate the build cost to total £300,000 giving a final cost to you of around £500,000. You envisage the property when completed to have a value at
This is a very accepted technique as it is quite straightforward. To generate a floor area judgment we have to calculate the construction at each bottom level, not production any subtraction for internals, and then using earlier building expenses and separating them by the internal floor area to provide us a cost per meter squared. When doing this it is understandable that some extra alterations will contain to be prepared and a separate judgment has to be conceded out for exterior works.