Computer terminals that have no computing power contend for access to the mainframe computer for computing that is then sent back to the respective computer terminal.
To compute the power of a submersible pump, you need the pressure and the pump power.
farming. Example: 3D animation movie companies buy computer power on a 'render farm'.
A two-way lighting switch typically has 4 terminals: two terminals for the switched circuit and two terminals for the incoming power supply.
Assuming that computers a subset of the higher class of "computing devices" then the first question is what belongs in the computing devices higher class that doesn't belong in the computers subclass. It's difficult to say because everything that belongs in the computing devices class could be classified as a "computer" as well, because it computes by definition of being a computing device. Typically when we refer to computers, we specifically mean main frame computers, mini-computers, or personal computers. We don't typically mean cell phones, calculators, or personal data assistants (PDA's) though all of these undoubtedly compute. What distinguishes computers from these devices, in general, is their ability to be programmed to do custom tasks that they were not originally developed to do. Most of the other computing devices can not be programmed in and of themselves to do other tasks they were not originally designed to do, however there are exceptions. Cell phones can run custom applications (though you cannot typically write the applications on the cell phone itself. The same goes for PDAs and calculators. Some of the more complex calculators are not unlike some of the first personal computers in their ability to be programmed, but their programming power is rather limited. In short, computers can be programmed, but so can many of the other computing devices, but still it does distinguish them from many of the other computing devices because ALL computers can be programmed, whereas only a subset of the other computing devices can be programmed.
Quantum computing offers advantages over classical computing in terms of speed and processing power. Quantum computers can perform complex calculations much faster due to their ability to process multiple possibilities simultaneously. Additionally, quantum computers have the potential to solve problems that are currently infeasible for classical computers, such as breaking encryption codes and simulating complex systems.
That doesn't make sense
Cloud computing is when the use of computing resources is delivered over a network, rather than with your own hardware. It is a method to devote the computing power of multiple machines on a single task.
Power neutral ground
watts = volts x amps x power factor
Examples of technology as processes include power generation, gas production, quantum computing, and cloud computing.
It would usually be black
The difference between a super computer and a mini computer is in their computing power. A super computer has infinitely more computing power than a mini computer.