How do you figure out the square footage of a room?
Well, if the room is square or rectangular, then its just the width by the height, in feet (remember, take the number of inches extra and divide by 12 to get a decimal fraction of a foot). If the room is funny shaped, like an L or C, you have to add up all the area of the different rectangles there to get the square footage. Lets say you have an L shaped room, and each branch is 6' long and 4' wide. That means you have one space that's 4' x 4' square, right at the middle of the L, and two branches that are 2' x 4', one to the right and one to the top. 4x4 is 16 sq. ft. 2x4 is 8 sq. ft. times 2 is 16 sq. ft, meaning the room is 32 sq. ft.
How do u figure out the square footage of a house?
It can be a little complicated because it is normaly based on the outside dimensions of the house. If the house were a perfect rectangle that was 30 feet by 40 feet and was only one floor, it would be a 1200 sq ft house (30 X 40 = 1200). You could measure each room and hallway in your house and multiply the length and width of each area. Add them all up and you will be close. There may be some areas that are missed. If there is an attached garage or a basement, they are not usually included in the square footage of the house. That term is used for the living area in the house. If you own the house, the size should be recorded on the deed and in the purchase documents.
How do you figure square footage of a home?
There's no official way to calculate footage, but generally, you include air conditioned space, including the thickness of walls which surround the AC space. Don't include garages, patios, decks, porches. Staircases are counted once, except that space under the stairs, with finished flooring, is counted additionally. If there's open space which is 2 stories high, only count it once. Easiest way is to get graph paper and a tape measure, and get to drawing.
How do i figure out square footage ie 34 inches by 25 inches?
First multiply 34 times 25 inches to get square inches 34 x 25 = 850 Square inches - - - - - - - - 12 inches = 1 foot 12 x 12 = 144 square inches - - - - - - - - Divide 850 square inches by 144 square inches to obtain square feet. 850 ÷ 144 = 5.902777778 square feet 5.9 square feet rounded to one decimal place. The answer is 5.9 square feet - - - - - - - -s-
Looking at your drawing it is very simple to do so.Follow the following steps:Just make square/rectangular boxes with dotted lines like you have already done using a pencil just do it the other way i.e. towards inside. Try best not to overlap the squares or else it will increase the amount of calculation required (you will need to subtract the area of the overlapping part once). It should look like collection of boxes put together without any spaces between them.After making the boxes without any part overlapping each other next step would be to write down the measurements of each box you have made and calculate it’s area.Final Step just add the area of all the boxes and you have the total area of the house.Note:In order to calculate the area in sq, foot you need your dimensions in sq. foot as well or else you’ll have to convert your area at the end by using the respective conversion factor.Try not to make a lot of small boxes. Make them as big as possible.Do not leave any spaces in between the boxes or that area won’t be added.
How do I figure out square footage of a cylinder tank?
*Amount of square footage needed by you is the inside surface area of the cylindrical tank which you needs to be coated as the rate of coating is generally given in $ per square footage. 2*¶*r^2 + 2*¶*r*h. r=radius=diameter/2=16/2=8 feet h=height = 20 feet. Inside surface area = area of top and base + lateral area 2*¶*r^2 + 2*¶*r*h. 2*3.14(8*8) + 2*3.14*8*20 2*3.14(64) + 2*3.14*160 2*200.96 + 2*502.4 401.92 + 1004.8 =1406.72 square footage *Your mistake in calculation is that you have taken 16 ft height in place of 20 feet as per your given data. Above answer is true if the cylindrical tank have perfect flat top and bottom side. If there is a dished end then the calculation may be different.
How do I figure out square footage of a cylinder tank?
*Amount of square footage needed by you is the inside surface area of the cylindrical tank which you needs to be coated as the rate of coating is generally given in $ per square footage. 2*¶*r^2 + 2*¶*r*h. r=radius=diameter/2=16/2=8 feet h=height = 20 feet. Inside surface area = area of top and base + lateral area 2*¶*r^2 + 2*¶*r*h. 2*3.14(8*8) + 2*3.14*8*20 2*3.14(64) + 2*3.14*160 2*200.96 + 2*502.4 401.92 + 1004.8 =1406.72 square footage *Your mistake in calculation is that you have taken 16 ft height in place of 20 feet as per your given data. Above answer is true if the cylindrical tank have perfect flat top and bottom side. If there is a dished end then the calculation may be different.
This may not be the answer you are hoping for, but it’s a “real” answer. The answer is that it’s relative to what you’re used to. For the average North American, 2000 sq ft is a comfortable size home for a family of up to 5 people.Generally, you would get a living room, dining room, eat-in kitchen, and often, a separate family room. Commonly, 4 reasonable sized bedrooms, and 2 4-pc washrooms and a powder room (2 pc washroom). Also, it’s common to get a basement that can be turned into livable square footage too.Also, it’s not unreasonable to expect a 2 car garage with this size of home. Which is also another form of storage.So, the bottom line is that it’s a decent size, but if you grew up in a Palace it would seem claustrophobic. Having said that, if you lived in a shanty (like something you might find in the poor parts of the Caribbean), then 2000 sq ft would definitely seem like a Palace.Learn some more here
I give suggest you to purchase the material yourself and give away the work at a labor rate. Let me split the rates for you:BUILDING THE STRUCTURE :upto plinth (footing included)= 50/sq.ft.upto 1st slab= Rs 45/sq.ft.Brickwork= Rs 25/sq.ft.Plaster= 20/sq.ft.TOTAL: Rs. 140/sq.ft.FINISHING & MISC. :Electrical Fittings = Rs. 8/sq.ft.Plumbing Fixtures = Rs. Rs 15/sq.ft.Painting, Putty etc. = Rs 10/sq.ft.Door Frames & Fabrication: 10/sq.ft.Flooring = Rs 20/sq.ft.Curing, repair work, storage, security,site expenses = Rs 5/sq.ft.TOTAL: Rs 68/sq.ft.So you should probably give the contract at around Rs 210–215/sq.ft. as a labour rate for building your house.NOTE: These rates are spontaneous and suggested in a helping way
US house size has definitely grown. This article says average house size was around 1000 sqft until 1950, when it started to really take off.1900 To 2010: Evolution Of The American Home Today: Fun Housing Facts.Many articles say new houses built in the US in 1950 averaged 1000 sqft. I believe this comes from the Census Bureau, though I don't have a link handy. This table shows new house sizes since 1973: Page on census.govMeanwhile, average household size has declined:U.S. Households,These sources indicate the average was below 200 sqft/person in the late 1800s and about 300 sqft/person in 1950. It's close to 850 sqft/person today. This is all US data, I don't have info on other countries. I believe China is around 300 sqft/person.