Surface area = 2*(length*width + width+height + height*length) = 370.125 square units.
Double [ (length x width) + (length x height) + (width x height) ]
The area does not provide sufficient information to determine the length, width and 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.
The area of a parallelogram is the length times the vertical height. In a rectangle, the vertical height is the same as the width so the area is length times width.
divide surface area by width Sorry It is a little more complicated than that. Surface area = (2 X length X width) + (2 X length X height) + (2 X width X height) Solve for height Surface area - (2 X length X width) = 2height(length + width) (Surface area - (2 X length X width))/2(length + width) = height
Height = Area divided by Length
Surface area = 2*(length*width + width+height + height*length) = 370.125 square units.
Double [ (length x width) + (length x height) + (width x height) ]
The area does not provide sufficient information to determine the length, width and height.
Area is l (length) x w (width), Volume is measured with l (length) x w (width) x h (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.
The area of a parallelogram is the length times the vertical height. In a rectangle, the vertical height is the same as the width so the area is length times width.
multiply length times height times width
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.
To get the surface area, someone had to multiply length times width. So what we would need to do is take our surface area, divide by our height, which is our width, and get our length. So if SA stood for surface area, and h stood for height, we'd take SA/h to get the length.
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?