You know LW, WH and HL
Multiply all three together to give L2W2H2
Then take the principal square root = LWH
Now
Divide LWH by LW. That gives H.
Divide LWH by WH. That gives L.
Divide LWH by HL. That gives W.
Rectangles are flat or two dimensional. They have an area; they do not have a volume. The area of a rectangle is its length x width. If it was about the volume of a three dimensional Cuboid (or rectangular cuboid), its volume is the length x width x height.
the total surface area of a cuboid is : 2(lw+wh+hl) where l is length, w is width, and h is height.
Area is l (length) x w (width), Volume is measured with l (length) x w (width) x h (height).
Following are the formulas of cuboid. Let the dimensions of the cuboid be l (length), w(width) and h (height). Lateral surface area of the cuboid = perimeter of rectangular base x height = 2(l + w)h square units= 2h(l + w) square units; Total surface area (TSA) = 2 (lw + wh + hl); Volume of cuboid (V) = lwh. Length of diagonal of one side is √(l^2 + w^2), √(w^2 + h^2), √(h^2 + l^2) - depending upon side. Length of diagonal across the cuboid is √(l^2 + w^2 + h^2)
(Width 1 + Height 1 + Width 2 + Height 2)* Length
length *width*height=area of cuboid
To find the volume of a cuboid, you need its length, width, and height. If you have the area of the base (length × width) and the length, you can rearrange the area formula to find the width: width = area/length. Once you have the width, you can multiply the area by the height (if known) or find the height similarly to calculate the volume using the formula: Volume = length × width × height.
The surface area of a box, which is a cuboid, depends on its length, width and height. A cube is a special type of cuboid in which the length , width and height are all the same.
A rectangle is a two dimensional object, with length and width but not height. An object with length, width and height could be a cuboid, in which case is it still the area that is required or the volume?
To find the length of a cuboid without knowing its volume, you can use the dimensions of the cuboid if they are available. A cuboid is defined by its length, width, and height. If you have the measurements of the width and height, you can express the length in terms of those dimensions if you have additional relationships or constraints (such as surface area). Otherwise, you would need at least one dimension or another property of the cuboid to determine the length.
Rectangles are flat or two dimensional. They have an area; they do not have a volume. The area of a rectangle is its length x width. If it was about the volume of a three dimensional Cuboid (or rectangular cuboid), its volume is the length x width x height.
You cannot. There simply is not enough information to allow you to do so.
The formula of for the surface area of a cuboid is 2(width*height + length*height + length*width) height = 96 width = 176 length = 158 2(176*96 + 158*96 + 158*176) = 119,744 inches2
The area of a cuboid, specifically its surface area, can be calculated using the formula: ( \text{Surface Area} = 2(lw + lh + wh) ), where ( l ) is the length, ( w ) is the width, and ( h ) is the height of the cuboid. This formula accounts for the area of all six rectangular faces of the cuboid.
the total surface area of a cuboid is : 2(lw+wh+hl) where l is length, w is width, and h is height.
You multiply the width or length by the the height.
volume of cuboid = height * width * length volume = 20 * 8 =160 cm ^ 3