User: Russello

Re:Sorry that isn't covered in High School Physics

On: Researchers Create 3-Dimensional Chips

Resistance contributes quite a bit to heat.

Most examples I have seen here so far have correctly stated Power = Volts * Amps, but incorrectly stated that 'Power' is being dissipated.

Here's an example:
Say you were to place a 4ohm resistor in series with a load, the load would get 1/4 the power it normally gets. In order to provide the load with the proper amount of power, the voltage will need to be increased to bring the watts back to the proper value, thus putting more power into the circuit.

No resistor:
(Power = Volts * Amps) 24Watts = 12VDC * 2ADC

With Resistor:
96Watts = 48VDC * 2ADC

Therefore, more resistance = more heat, WITH A LOAD

Re:What happens when they do?

On: Italian, U.S. Scientists Unveil Human Cloning Efforts

well, and what happened last time a major cloning brakethrough took place?
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