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How do you calculate the square feet of a space 50 ft x13 ft x 30 ft x 25 ft x 8 ft?
You cannot.
Square feet is a measure of area and has two dimensions: lngth and breadth. The information provided in the question indicates an object in 5-dimensional hyperspace.
Even assuming these were the sides of a pentagon, it would not be possible to answer the question. A pentagon is not a rigid figure and so information about its side lengths is not enough to determine its area. This is in the same way that a square can be flexed into a rhombus which can then be made as narrow as you wish, with as little area as you wish.
You cannot.
Square feet is a measure of area and has two dimensions: lngth and breadth. The information provided in the question indicates an object in 5-dimensional hyperspace.
Even assuming these were the sides of a pentagon, it would not be possible to answer the question. A pentagon is not a rigid figure and so information about its side lengths is not enough to determine its area. This is in the same way that a square can be flexed into a rhombus which can then be made as narrow as you wish, with as little area as you wish.
You cannot.
Square feet is a measure of area and has two dimensions: lngth and breadth. The information provided in the question indicates an object in 5-dimensional hyperspace.
Even assuming these were the sides of a pentagon, it would not be possible to answer the question. A pentagon is not a rigid figure and so information about its side lengths is not enough to determine its area. This is in the same way that a square can be flexed into a rhombus which can then be made as narrow as you wish, with as little area as you wish.
You cannot.
Square feet is a measure of area and has two dimensions: lngth and breadth. The information provided in the question indicates an object in 5-dimensional hyperspace.
Even assuming these were the sides of a pentagon, it would not be possible to answer the question. A pentagon is not a rigid figure and so information about its side lengths is not enough to determine its area. This is in the same way that a square can be flexed into a rhombus which can then be made as narrow as you wish, with as little area as you wish.
What else can I help you with?
Square footage of 10 x13 room?
130 square feet !
What is 23 x13 in square footage?
299 square feet = 33.22 square yards
How many square ft is in a 19x13 room?
19'x13'
What is the square inches of 11''x13''?
Multiply width by length to get the area. The answer would be 143 square inches.
How many real and imaginary solutions of the equation X13 equals 1?
There is one and only one real solution, and no imaginary solutions, of the equation x13 = 1. The solution is x = 1. If x = -1 then x13 = -1, so that does not work. If x = i, then x13 = -i, so that does not work. If x = -i, then x13 = -i, so that does not work.
How many square feet in a room 11'X13?
143 square feet.
Square footage of 10 x13 room?
130 square feet !
What is 18feet x13feet in square meters?
18 feet x13 feet is ~21.7 square meters.
What is 23 x13 in square footage?
299 square feet = 33.22 square yards
How many square feet in 23 tiles that are 13x13?
13'x13' = 169 square feet
How many square feet in a room 4 x13?
52 square feet. This is an easy calculation - just multiply the length by the width. The answer is the number of square feet.
What is the sq feet of 16'x13' room?
Just multiply the two dimensions together. This gives you 208 square feet.
How many sq meters are in 18x13 feet?
To convert square feet to square meters, you can use the conversion factor 1 square foot is equal to 0.092903 square meters. Therefore, 18 feet by 13 feet is equal to 214.81 square feet. Converting this to square meters gives approximately 19.96 square meters.
How many square ft is in a 19x13 room?
19'x13'
What is the square inches of 11''x13''?
Multiply width by length to get the area. The answer would be 143 square inches.
How much sand is needed for 25'x13'x1.5 area?
18 cubic yards or 487.5 cubic feet.
How many real and imaginary solutions of the equation X13 equals 1?
There is one and only one real solution, and no imaginary solutions, of the equation x13 = 1. The solution is x = 1. If x = -1 then x13 = -1, so that does not work. If x = i, then x13 = -i, so that does not work. If x = -i, then x13 = -i, so that does not work.
