L*W*H = the volume of an object. like a cube or a box
To calculate volume simply do length x width x height
If you are multiplying length times width times height, that is three dimensions, and you will get a volume. Area is a two dimensional quantity. You would only need length times width to get area.
Yeah length times width times 2 + length times height times 2+ width times height times 2
Length times width times height
The dimensions of a Kleenex box are length, width and height. The volume of the box is equivalent to length times width times height.
To calculate volume simply do length x width x height
multiply length times height times width
If you are multiplying length times width times height, that is three dimensions, and you will get a volume. Area is a two dimensional quantity. You would only need length times width to get area.
Yeah length times width times 2 + length times height times 2+ width times height times 2
Base times height tims width equal to length
Area is l (length) x w (width), Volume is measured with l (length) x w (width) x h (height).
The term cubic applies to cubes, cuboids, and other parallelograms, which have 3 dimensions - length, width, and height for example. To find the volume, multiply the length times the width times the height in any consistent units. The formula is L x W x H.
Length times width times height
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The dimensions of a Kleenex box are length, width and height. The volume of the box is equivalent to length times width times height.
No. It has NO length, NO width, NO height. Only a position.No. It has NO length, NO width, NO height. Only a position.No. It has NO length, NO width, NO height. Only a position.No. It has NO length, NO width, NO height. Only a position.
The expression "height times width divided by two times length" can be mathematically represented as ((\text{height} \times \text{width}) / (2 \times \text{length})). This calculation effectively gives you half the area of a rectangle defined by height and width, normalized by the length. The result can be useful in various geometric contexts, such as finding the volume of specific shapes when related to their dimensions.