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The volume of a rectangular prism is 2058 cubic cm The length of the prism is 3 times the width The height is twice the width Find the height of the prism?
V = Length*Width*HeightSo 2058 = (3w)*w*(2w) = 6w^3 therefore w^3 = 2058/6 = 343 => w = 7 Then height = 2w = 14 units.
The volume of a rectangular prism is 2058 cubic cm the length is 3 times the width Find the height of the prism?
Assuming that the width is the same size as the height of the cuboid then let the length be 3x the width be x and the height be x. length*width*height = volume 3x*x*x = 2058 3x3 = 2058 Divide both sides by 3: x3 = 686 Cube root both sides: x = 8.819447349 length = 3x = 26.45834205 cm
The volume of a rectangular prism is 2058 cubic cm the length is 3 times the width and the height is 2 times the width what is the width of the prism?
2058=(3w) times (2w) times (w) or 2058=6w^3 divide both sides by 6 343=w^3 The cube root of 343 or 7 is the width. Let's check: 7 times 14 times 21 is 2058.
Is a square prism's length width and height equal?
Yes, a square prism's height, length, and width are equal.
How do you find the volume of a hexogonal prism?
Find the area of one end of the prism, then multiply it by the length of the prism.
The volume of a rectangular prism is 2058 cubic cm The length of the prism is 3 times the width The height is twice the width Find the height of the prism?
V = Length*Width*HeightSo 2058 = (3w)*w*(2w) = 6w^3 therefore w^3 = 2058/6 = 343 => w = 7 Then height = 2w = 14 units.
The volume of a rectangular prism is 2058 cubic cm the length of the prism is 3 times the width the height is twice the width find the width of the prism?
Let the length be 3x, the height be 2x and the width be x: length*height*width = volume 3x*2x*x = 2058 cubic cm 6x3 = 2058 Divide both sides by 6: x3 = 343 Cube root both sides: x = 7 cm Check: 21*14*7 = 2058
He volume of a rectangular prism is 2058 cubic cm The length of the prism is 3 times the width The height is twice the width Find the height of the prism?
Let the width be "w" cm Length = 3w cm Height = 2wcm Hence w x 3w x 2w = 2058 cubic cm 6(w-cubed) = 2058 w-cubed = 2058/6 = 343 w = cube root of 343 = 7 cm
The volume of a rectangular prism is 2058 cubic cm the length is 3 times the width Find the height of the prism?
Assuming that the width is the same size as the height of the cuboid then let the length be 3x the width be x and the height be x. length*width*height = volume 3x*x*x = 2058 3x3 = 2058 Divide both sides by 3: x3 = 686 Cube root both sides: x = 8.819447349 length = 3x = 26.45834205 cm
The volume of a rectangular prism is 2058 cubic cm the length is 3 times the width and the height is 2 times the width what is the width of the prism?
2058=(3w) times (2w) times (w) or 2058=6w^3 divide both sides by 6 343=w^3 The cube root of 343 or 7 is the width. Let's check: 7 times 14 times 21 is 2058.
The volume of a rectangular prism is 2058 cubic cm The length of the prism is 3 times the width The height is twice the width Find the length of the prism?
2,058/2,058= remander if 0 times 3 with the 0 and that will give you 0 and then you try to find the height of the length? The Answer is Fourteen or 14 cm for the height The Answer is twenty-one or 21 for the length
Difference between prism and right prism?
The length of the prism is at right angles to the bases.
Volume of pentagonal prism?
Area of pentagon * length of prism.
Is a square prism's length width and height equal?
Yes, a square prism's height, length, and width are equal.
How do you find the volume of a hexogonal prism?
Find the area of one end of the prism, then multiply it by the length of the prism.
The sum of the areas of the lateral faces of a prism?
Perimeter of base*Length of prism.
What is the formula for a parallelogram prism?
The formula for the volume of a parallelogram prism is V = Bh, where B is the base area of the parallelogram and h is the height of the prism. The formula for the surface area of a parallelogram prism is SA = 2B + Ph, where P is the perimeter of the base parallelogram. The base area of a parallelogram can be calculated as A = b * h, where b is the base length and h is the height of the parallelogram.
