Power is the amount of work done per unit time, or the amount of energy transferred per unit time. Throw out the "L" and put in a "D" or an "s" for distance, add a force vector, and you'll be in business. An example of power is the common kilowatt-hour (which is actually a kilowatt per hour), that ever-so-popular measure of electric power. There needs to be a bit more work done on this question before it's "user friendly" and can be answered.
You can't.If I tell you that the volume is "One quart", you still have no idea what the mass is.In fact, there are millions of different things it can be.If the quart volume is full of air, the mass is small.If the quart volume is full of vacuum, its mass is even smaller.If the quart volume is full of milk, its mass is medium.If the quart volume is full of rock, its mass is large.By the way ... if you know the dimensions, you can calculate the volume.Volume and dimensions give the same information.
The volume doesn't tell the dimensions. It doesn't even tell the shape.
There is no sensible answer to this question. A litre is a measure of volume, with dimensions [L3]. A kilogram is a measure of mass, with dimensions [M]. Basic dimensional analysis teaches that you cannot convert between measures with different dimensions without additional information. A little thought will tell you that a litre of air will have a far smaller mass than a litre of water.
You can't tell the dimensions of a rectangle from its area, or the dimensions of a prism from its volume.
You can't tell. The volume doesn't tell you the dimensions, and there are an infinite number of possibilities. The only thing you know for sure is that when you multiply the three dimensions together, the product is 216.
the dimensions have to meet standards. monhagen middle school is gayyy.......
The perimeter doesn't tell you the dimensions. It doesn't even tell you the shape.
You can't tell the dimensions from the perimeter. There are an infinite number of rectangles, with different dimensions, that all have the same perimeter. If it's 168, then the only thing you can be sure of is that the length and width add up to 84, but you can't tell what either of those dimensions must be.
Size dimensions describe the size of each geometric feature.With respect to linear dimensions, size dimensionsare sometimes referred to as overall dimensions, and will tell the viewer the overall width, height, and depth of an object.Location dimensions show the location of each geometric feature within an object or view.Location dimensions tell the viewer where edges occur inside an object view.
Not enough dimensions to tell.
The area doesn't tell the shape or dimensions.
You can't tell. The perimeter doesn't tell the dimensions. The only thing you know for sure is that the length and width have to add up to 26 feet, but there are an infinite number of different ways they can split it.