Perimeter is not defined for 3-dimensional objects.
In any case, the perimeter of a rectangular prism of length L units, width W units and height H units, is 4*(L + W + H) units
It is Length * Breadth * Height.
Volume of a rectangular prism is length x height x width.
A rectangular prism has three dimension: its length, width and height. A flat and long prism is one whose height is small and length is large.
A rectangular prism with a length of 11m, width of 8m and height of 3m has a volume of 264m3
width*height*length=perimeter of a rectangular prism! :)
In any case, the perimeter of a rectangular prism of length L units, width W units and height H units, is 4*(L + W + H) units
It is Length * Breadth * Height.
Volume of a rectangular prism is length x height x width.
The volume of a rectangular prism is given by the formula volume of rectangular prism = length x width x height If the length is l, the width is w and the height is h the volume is given by volume = lwh
12 the base times the height
12 the base times the height
A rectangular prism has three dimension: its length, width and height. A flat and long prism is one whose height is small and length is large.
A rectangular prism with a length of 11m, width of 8m and height of 3m has a volume of 264m3
A rectangular prism with a height of 7, a width of 5 and a length of 8 has a volume of 280 units3
The perimeter of the base of a rectangular prism directly influences the lateral area, as the lateral area is calculated by multiplying the perimeter of the base by the height of the prism. Specifically, the lateral area ( A_L ) is given by ( A_L = P \times h ), where ( P ) is the perimeter of the base and ( h ) is the height. Therefore, a larger perimeter results in a larger lateral area, assuming the height remains constant. Conversely, for a fixed lateral area, changes in the perimeter would necessitate adjustments in the height.
No.