You cannot. All that can be said is that the cross section will be a rectangle with an area of 36 cm2 - and there are infinitely many such shapes possible.
The volume of a prism is width x length x height The base area is width x length. Therefore, if you know the volume and height, you can easily work out the base area. You just have have to take the volume and divide it by the height, making sure to adjust the units from cubed to squared.
A prism is a three-dimensional solid with two parallel bases, or faces, that are congruent.[1] The shape of the base determines what type of prism you have, such as a rectangular or triangular prism. Because it is a 3D shape, finding the volume (space inside) of a prism is a common task; however, sometimes you will need to find the height of a prism. Finding the height is possible if you have enough information already given: either the volume, or the surface area and perimeter of the base. The formulas described in these methods can work for prisms with bases of any shape, provided you know the formula for finding the area of that shape.
Volume = Length x Width x Height. If the prism is square, then either Height = Width or Height = Length In the first case, Volume = Length x Width2 and so Width = sqrt(Volume/Length) and Height = Width. In the second case, Volume = Length2 x Width and so Width = Volume/Length2 and Height = Length.
To find the width of a volume using only the length and height, you would need to know the formula for the volume of the object. If the object is a rectangular prism, the formula for volume is length x width x height. If you know the length and height, you can rearrange the formula to solve for the width: width = volume / (length x height). This will give you the width of the volume based on the provided length and height.
In general, the formula for the volume of a prism is (if the prism is standing on its end, so that all the vertical sides are rectangles), the area of the base times the height. Now, the area of the base depends upon the shape of the base. It could be triangular. It could be rectangular. It could be trapezoidal. It could be pentagonal, hexagonal, octagonal, etc. If you were more specific about what kind of prism it was (i.e., the shape of the base), I might be able to provide a more precise formula. But, with what you gave me to work with, the best I can do is the area of the base times the height.
depends the size of the rectangular prism work out the length then the width and the height LxWx= volumewhat ur question is asking is basically: whats the volume of a rectangular prism?hope i helped! XD! x
The volume of a prism is width x length x height The base area is width x length. Therefore, if you know the volume and height, you can easily work out the base area. You just have have to take the volume and divide it by the height, making sure to adjust the units from cubed to squared.
A prism is a three-dimensional solid with two parallel bases, or faces, that are congruent.[1] The shape of the base determines what type of prism you have, such as a rectangular or triangular prism. Because it is a 3D shape, finding the volume (space inside) of a prism is a common task; however, sometimes you will need to find the height of a prism. Finding the height is possible if you have enough information already given: either the volume, or the surface area and perimeter of the base. The formulas described in these methods can work for prisms with bases of any shape, provided you know the formula for finding the area of that shape.
Well, honey, to find the length, width, and height with the volume, you'll need to know the formula for the shape you're dealing with. For a rectangular prism, you can use the formula V = lwh, where V is the volume, l is the length, w is the width, and h is the height. Just plug in the volume and two of the dimensions, then solve for the third. Easy peasy lemon squeezy!
Volume = Length x Width x Height. If the prism is square, then either Height = Width or Height = Length In the first case, Volume = Length x Width2 and so Width = sqrt(Volume/Length) and Height = Width. In the second case, Volume = Length2 x Width and so Width = Volume/Length2 and Height = Length.
To find the width of a volume using only the length and height, you would need to know the formula for the volume of the object. If the object is a rectangular prism, the formula for volume is length x width x height. If you know the length and height, you can rearrange the formula to solve for the width: width = volume / (length x height). This will give you the width of the volume based on the provided length and height.
In general, the formula for the volume of a prism is (if the prism is standing on its end, so that all the vertical sides are rectangles), the area of the base times the height. Now, the area of the base depends upon the shape of the base. It could be triangular. It could be rectangular. It could be trapezoidal. It could be pentagonal, hexagonal, octagonal, etc. If you were more specific about what kind of prism it was (i.e., the shape of the base), I might be able to provide a more precise formula. But, with what you gave me to work with, the best I can do is the area of the base times the height.
To find the base area of a rectangular prism, you need to multiply the length and width of the base. The formula for the base area of a rectangular prism is base area = length x width. This calculation gives you the total surface area of the base of the prism.
The answer depends on what you wish to work out: the angles, height, surface area, volume. Also, you need more information: the vertical or inclined height and whether or not the pyramid is a right pyramid.
Rectangular Solid Volume = Length X Width X Height V = lwh. Surface = 2lw + 2lh
I'll concentrate on the region 'below', and as soon as the prism appears, I'll get to work on an answer.
Its volume is its cross-section area times its length.