4 x 4 and 6 x 3
2 x 6 x 4 = 484 x 6 x 4 = 96
4 x 24
If we denote the side of the square piece of cardboard with x, then the dimensions of the box are: height = 2 cm length = x - 4 cm width = x - 4 cm V = lwh = 392 cm^3 So we have: 2(x - 4)(x -4) = 392 divide by 2 to both sides; (x - 4)(x - 4) = 196 (x - 4)^2 = 196 x - 4 = square root of 196 (because the dimensions are to be positive) x - 4 = 14 x = 18 Thus the original size of the cardboard is 18 x 18 cm.
You can't tell the dimensions from the area. There are an infinite number of possibilities. Even if you accept only whole numbers (only feet, no inches), it could be 1 x 500 2 x 250 4 x 125 5 x 100 10 x 50 20 x 25
no
Yes.
4 x 100
4 x 4 1 x 16
Sorry to waste peoples time, I just realised that I have 5 stud, not 4 stud, so there is no way they would fit :(
1 and a half inches by 3 and a half inches. Note that an "8 foot 2x4" is 8x12" = 96" long, but a "2x4 stud" is 92 5/8" long to allow for bottom and top plates to make wall framing go quicker.
no way,Fiat although 4 stud has different dimensions im afraid.
The common dimensions of 4 x 8 lumber are 4 inches in width and 8 feet in length.
2" x 4"
To find the dimensions of a box that contains twice as many cubes as a 2x3x4 box, we first calculate the volume of the smaller box: 2 x 3 x 4 = 24 cubic units. Since the larger box contains twice as many cubes, its volume must be 2 x 24 = 48 cubic units. To determine the dimensions of the larger box, we need to find three numbers that multiply together to give 48. One possible set of dimensions could be 4 x 4 x 3, as 4 x 4 x 3 = 48 cubic units.
No. Matrix addition (or subtraction) is defined only for matrices of the same dimensions.
No. Matrix addition (or subtraction) is defined only for matrices of the same dimensions.