They all have the same number of fans :)
No, not all power adapters work at the same speed and time. It depends on the make and model of the computer. Universal adapters also work at a slower speed.
no they not have the same speed
The obvious answer is the pad with the fans, the fans help to extract hot air from the base of the computer, whereas the normal pad will eventually get hot and will be no help at all.
they all have the same speed
The speed of all sounds is the same in the same medium.
A motor in science means that is tranfers electrical energy in to movement energy
A computer typically has multiple fans. The processor and video card may have individual fans or heat sinks, while the power supply will have its own fan. The case itself may also be equipped with one or more fans. The purpose of all of these fans is to remove heat from the components to prevent overheating.
Your computer might be over heating. Check that all the fans are spinning in it.
All but the earliest versions of this car have the cooling fans controlled by the computer through a relay.So the first suspect is the relay. When the fans stay on take out the relay in the power distribution box, most commonly under the hood. If the fans stop swap the relay with another in the box, I usually use the horn relay, usually the same relay.Next possible problem is an electrical problem triggering the relay.Third is the computer itself could be faulty.
The speed of the RAM is based on how large the RAM's storage space is. Most modern computers have 2-4 GB of RAM, and the speed is based off of that storage space. The speed of the RAM is the same across all models and sizes of RAM because all types use the same type of memory. The only way speed can be decreased is if the progam(s) you are running exceed the amount of RAM that is in your computer. Putting more GBs of RAM in your computer will not increase the speed in any way, it just allows you to run more programs without decreasing speed.
All electromagnetic waves travel at the speed of light in a vacuum and can be characterized by their wavelength and frequency.