Yes. AND the same units. A 2 m x 2 cm x 2 cm is not cubical.
If you have the total volume of the object (usually measured in something cubed) then all you have to do is divide that value by the breadth and then after that divide the value you get from that by the length to get the height Hope this helps :)
== == It depends actually. If you were given a value that is a height and want to find the forearm length from that then the forearm length would go on the Y axis (because it is dependant on the height) and the height on the X-axis. If you are given a value that is the forearm length and you want to know the height then you will put height on the Y-axis and the forearm length on the X-axis.
They can but the two are related when both are zero. Otherwise, it is like your weight and height having the same value (in some units).They can but the two are related when both are zero. Otherwise, it is like your weight and height having the same value (in some units).They can but the two are related when both are zero. Otherwise, it is like your weight and height having the same value (in some units).They can but the two are related when both are zero. Otherwise, it is like your weight and height having the same value (in some units).
The answer depends on the prism. The measures can have any value that you like.
You calculate length x width x height
Multiply the value of Pi by the diameter (or width) then multiply that by the height - and you'll have your answer !
Vertical bar chart: height Horizontal bar chart: length
Rectangles don't have height. They have length and width, one value for each. The area is the product of those two values.
Find the area of the circular base with 'pi x radius-squared', then multiply this value by the length or height of the cylinder
Depending on what value you are looking for: Surface Area = Sum of each side's area Volume = Length x Width x Height Anything else?
Volume = Length*Height*Width = (3/m)*x*m = 3xTherefore 4 = 3x so that x = 4/3.
The formula is pi X radius2 X height. Application of this formula yields a value of about 1.130973355 X 103 of the cubic units corresponding to the length unit for the radius and height.