Simply knowing the volume and surface area is not enough information to determine the shape. There is a table of SA/V ratios, but they become distorted for large and small values, so there is no way to tell.
It is not possible to have a sphere with a surface are of 300 metres squared and a volume of 500 metres cubed. A surface area of 300 sq metres would imply a volume of 488.6 cubic metres or a shape that is non-spherical!
cubed is 3 and squared is 2 they say cubed feet to say it is in feet and it is a 3d shape or object. Same with 2d.
In terms of fluid capacity, a shape with a volume of 4,000 cm3 could hold up to about 1.056 US gallons.
No shape can have a volume of 6 cm2
depends on the shape... if its a sphere or a prism or what. You'll get different answers because they have different surface area to volume ratios. Sphere will give you the biggest volume for a given surface area.
It is not possible to have a sphere with a surface are of 300 metres squared and a volume of 500 metres cubed. A surface area of 300 sq metres would imply a volume of 488.6 cubic metres or a shape that is non-spherical!
Squared. When you find surface area, you are only finding the area of the shapes that make up the three-denominational shape.
cubed is 3 and squared is 2 they say cubed feet to say it is in feet and it is a 3d shape or object. Same with 2d.
Distance is the measure between two points. Volume is the amount of space in a 3 dimensional object. Distance of a line = m (metres) Area of a shape = m² (metres squared) Volume of a shape = m³ (metres cubed)
If you mean: 4/3*pi*radius cubed then it is the volume of a sphere
yeahcuz with a shape (2D) it's always gotta be squared after u calculate the areabut if it's 3D then it's cubed
The surface-area-to-volume ratio may be calculated as follows: -- Find the surface area of the shape. -- Find the volume of the shape. -- Divide the surface area by the volume. The quotient is the surface-area-to-volume ratio.
Area is squared. In mathematics, area is a two-dimensional measurement of the size of a shape, typically measured in square units (such as square meters or square feet). The formula for calculating the area of a shape involves multiplying two linear dimensions (such as length and width), resulting in a value with units squared. Cubing a linear dimension would result in a measurement of volume, not area.
The shape affects the ratio of surface area to volume. The greater the surface are to volume ratio, the faster the magma will cool.
As you would find the surface area of a normal shape using scale factors: to find the volume scale factor cubed, therefore to find the surface area of the hypercube, you do the scale factor to the power of four. geoffrz450@yahoo.co.uk
In terms of fluid capacity, a shape with a volume of 4,000 cm3 could hold up to about 1.056 US gallons.
surface area/ volume. wider range of surface area to volume is better for cells.