You have to know the density of the material before you can convert its volume into weight.

The volume is 110 x 13 x 0.25 = 357.50 cu.ft.

357.5 cu.ft. x density in pounds per cu.ft. = weight in pounds.

After that you convert the weight in pounds into tons.

If, say the material is a concrete slab, then the aproximate density would be 140 pounds/cu.ft and the weight will be 357.5 x 140 = 50050 pounds

= 25 short tons (1 short ton = 2000 pounds).

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Multiply width by length to get the area. The answer would be 143 square inches.

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.

143 square feet.

18 cubic yards or 487.5 cubic feet.

You would need a total of 36 tiles to cover that area.

Just multiply the two dimensions together. This gives you 208 square feet.

13"x13"

1 x13 =13

The product of 18 and 13 is 234

12 multiplied by 13 is 156.

3x5x5x5x13 3x53 x13

19'x13'

130 square feet !

About one hundred =========== 13 feet = 13 x 12 inches = 156 inches The area of a room 13 feet x 13 feet = 156 x 156 sq. in. = 24336 sq. in. area of 1 tile = 16 x 16 sq. in. = 256 sq. in. Dividing area of room (in sq. in.) by area of one tile: 24336/256 = 95.06 95 tiles are needed for a room 13' x 13'

13'x13' = 169 square feet

14 ( x13, x5, x7)

299 square feet = 33.22 square yards

(13 x 13) sq ft...

18 feet x13 feet is ~21.7 square meters.

18'x13' = 234 sq feet = 21.74 square meters.

182 sq. ft. = 26,208 sq. in. Each panel is 2496 sq. in. You will need 10.5 panels to cover the area and probably a few more to cut to fit the space.

assuming your question is "X9 times X4" the answer is "X13"

13 cubed is 13 x 13 x13 or 13^3 and equal to 2,197.

95 of them. Get 105 for breakage.

You will need 25, 13x13 tiles.