hmm, rectangles don't have volume. A rectangle with an area of 12 would be to have each side be the square root of 12 which is ~ 3.464 on each side. If you want a cube with a volume of 12 then you'll want each side to be the cube root of 12 which is roughly 2.2894 on each side. Having each side be the same will lead to the most compact way to get the highest volume or highest area depending on if you're talking 3d or 2d.
They most certainly don't. You need to glance back at the book one more time.
Most of the volume of an atom is vacuum.
Most of the volume of an atom is vacuum.
comparative: more compact superlative: most compact
A square. Think of a square and rectangle, a square can have L:4 W:4 A rectangle can have a L:8 W:2, area wise these 2 are equal at 16. When you find the perimeter, the rectangle adds up to 20 while the square is only 16. When you make the perimeter equal which is making the square sides equal to 5, that would make the area of the square increase to 25 now instead of 16. When you add a height to it, lets say 5, the volume would increase to 125 while the rectangle with equal perimeter and same height would only equal only 80. You can compare this with any other shape.
The viola is the most compact string instrument.
Women and children did not sign the Mayflower Compact.
Depends on the type of piano I guess. Most keyboards are rectangle shaped, there are rectangle/square shaped grand pianos but they are not common, most uprights are rectangle.
It is not possible to answer the question since there are infinitely many shapes with an area of 1300 square feet. The most compact would be a circle with a radius of approx 20.3 feet. But it could be a rectangle with sides of 1300 ft*1 ft or 15600 ft * 1 inch. In fact, making the rectangle narrow enough, there is no limit to the length of the rectangle.
Empty space makes up most of the volume of an atom. The nucleus (protons and neutrons) make up most of the mass.
William Bradford wrote the mayflower compact
Compact bone.