The first dimension is primary (length). The second dimension is secondary (width). The third dimmension is tertiary (height). Those are the 3 basic spatial dimensions. The fourth dimension is time. The fifth dimension is the rotation of primary. The sixth dimension is the rotation of secondary (and primary). The seventh dimension is the rotation of tertiary (secondary and primary). The eighth dimension is the pulse of time. The ninth dimension is the energy radiation of primary. The tenth dimension is the energy radiation of secondary. The eleventh dimension is the energy radiation of tertiary. In total there are 10 spatial dimensions and 1 time dimension, in other words, 11 spacetime dimensions.
For starters, the question uses the wrong dimensions. The amount of energy to power a home might be measured in energy units per month - and kW is not a unit of energy.
On paper = 2 dimensions Physical = 3 dimensions Examples: a square is 2 dimensions and a cube is 3 dimensions a circle is 2 dimensions and a ball is 3 dimensions
A ray can be in 2 dimensions, in 3 dimensions, or in fact in any number of dimensions.
the plane, or xy plane, has two dimensions space has 3 dimensions
Sustainable development is often subdivided into three dimensions – ecological responsibility, social equity and economic performance.
Energy has dimensions of force times distance. If a force moves an object, then work was done and work is a form of energy.
Yes - quite different. Energy has dimensions of force x distance - if you apply a force over a certain distance, you transfer a certain amount of energy.
Velocity by itself is not an energy - it has different dimensions. Any object that moves has kinetic energy - calculated as KE = 0.5 x mass x velocity2.
No. It has dimensions of an action - a concept that is not usually mentioned in introductory (high school) physics books. The dimensions of action are energy multiplied by time.
You might call it that way - and in fact, for a time it was. But please note that in the precise language of physics, force and energy are two different things; they don't even have the same dimensions. The dimensions of energy are the same as those of work, which is force x distance. In other words, you need to apply a force over a certain distance to get an energy transfer.
Exemples of properties: structure, cell dimensions, lattice energy.
The height of the can is approx 7.1 inches and the circumference is about 9.4 inches. Hoped this helped!
In science, 'universe' denotes the physical continuum in which we live consisting of matter and energy arranged in four dimensions of space and time. It can also denote another such continuum hypothetically separate from our universe with its own dimensions of space and time and its own arrangement of matter and energy.
what are Mercury's dimensions? what are mercury's dimensions?
The first dimension is primary (length). The second dimension is secondary (width). The third dimmension is tertiary (height). Those are the 3 basic spatial dimensions. The fourth dimension is time. The fifth dimension is the rotation of primary. The sixth dimension is the rotation of secondary (and primary). The seventh dimension is the rotation of tertiary (secondary and primary). The eighth dimension is the pulse of time. The ninth dimension is the energy radiation of primary. The tenth dimension is the energy radiation of secondary. The eleventh dimension is the energy radiation of tertiary. In total there are 10 spatial dimensions and 1 time dimension, in other words, 11 spacetime dimensions.
The way I understand it, torque is unrelated to energy, despite the fact that torque and energy happen to have the same dimensions, namely force x distance (in units: newton x meters). In other words, torque is not an energy; it is a different kind of measurement.