The answer will depend on what aspect the formula is for: the surface area or the volume being the most obvious options.
yes,most of the times it is so yes:D:):D
Since the volume of a shape is measured in cm3, m3 etc. and the surface area is measured in m2, cm2 etc. You can't really compare the two. However, if you're just looking at the numbers than yes it can be and in most cases the volume will generally be smaller than the surface area. Hopefully that makes sense and helps!
Assuming the cross-section of the prism is such that its area is easily calculated, Volume of prism = Cross-sectional area * length If not, the most effective way is to submerge it in water and measure the volume of water displaced.
A ball is a sphere rather than a cube because a sphere is the shape with the least surface area for a given volume. This is known as the isoperimetric inequality, which states that among all shapes with the same volume, a sphere has the smallest surface area. This property makes a sphere the most efficient shape for enclosing a given volume, which is why objects like balls, bubbles, and planets tend to form into spheres in nature. In contrast, a cube has more surface area for a given volume compared to a sphere, making it less efficient in terms of minimizing surface area.
Liquid water is the most common state of water on Earth's surface.
Liquid water is the most common state of water on Earth's surface.
A sphere. It has minimum surface area per volume.
Liquid water is the most common state of water on Earth's surface, covering about 71% of the planet's surface in the form of oceans, seas, lakes, and rivers.
Pretty sure that the Pacific is the largest body of water in surface area, but that the Atlantic ocean contains a higher volume of water.
least volume and most surface area is 3D triangle
liquid
Not necessarily. The volume of a substance can change based on its state of matter and the conditions it is under. For example, water in its liquid state has a higher volume than when it is in its solid state (ice).
A circle
Surface Currents.
Gases adapt most easily to changes in volume.
The surface tension of water is higher than that of most other liquids. Water has a surface tension of 7.29 * 10-2 J/m2 at 20oC.