The base is square, 410 feet each side
The area of a parallelogram is the base times the height; the height must be measured perpendicular to the base. If you correctly measure the height perpendicular to the base and you get different measurements, then you are NOT dealing with a parallelogram.
No
The equator and the Greenwich meridian.
dimensions
The base is square, 410 feet each side
The area of a parallelogram is the base times the height; the height must be measured perpendicular to the base. If you correctly measure the height perpendicular to the base and you get different measurements, then you are NOT dealing with a parallelogram.
104x220 Height by Base length
The point is that not all measurements, or things managed in daily life, can be conveniently expressed as an integer multiple of some base unit.The point is that not all measurements, or things managed in daily life, can be conveniently expressed as an integer multiple of some base unit.The point is that not all measurements, or things managed in daily life, can be conveniently expressed as an integer multiple of some base unit.The point is that not all measurements, or things managed in daily life, can be conveniently expressed as an integer multiple of some base unit.
Area of a parallelogram in square units = base*height
No
The equator and the Greenwich meridian.
dimensions
There is not enough information to answer this question. The measurements could apply to the sides, altitudes, or other characteristics of the triangle, such as the perimeter. If the measurements are of a base and altitude, then using the area formula for a triange, which is one half the base times the altitude, we would get an answer of (1/2)*6*9 = 27 in whatever units of measurement that were used. (I am assuming that the units are the same for both measurements.)
It does not matter. Any side can be the base. Then, the height is the perpendicular distance between that side and the opposite vertex.
If you take the base measurements multiplied by the width measurements multiplied by the height measurement you get"volume"
In some cases, multiplying measurements can result in a derived unit. Derived units are created by combining base units in a specific way, such as meters (a base unit) multiplied by seconds (another base unit) resulting in meters per second (a derived unit for speed).