No problem whatsoever. As long as Voltage is the same and the supply Amps is greater than the laptop's Amps, all will be well.
The Voltage will be supplied no matter what your laptop needs, creating an overload if the supply is greater than the demand. The Amperage will vary automatically depending on your laptop's need. There would be a problem if you used a 19V 2A power supply.
It will depend on input & output voltage, if voltage is same current will remain same
output divided by input times 100 equals effiency. i.e.: 200 J of input energy and 10 J output energy calculates: 10/200 x 100%= 5%
input,output,storage and processor.
Input nerve cells is something u can see.
Work output is less than or equal to the work input. This is the law of conservation of energy.
No, each device has a different input and output.
It could be a problem when the laptop asks for 4.74 amps and the adaptor can't do that without heating up too much.
If it is an adapter then logically it should be adapting from one thing to another so no the output will not be the same as the input.
input 230-240v output 12v-55va
The input means the problem and the output means the answer! [but not in math]
Check the output voltage and mA capacity on the nameplate of the adaptor. The adapter will be useful on devices at that DC voltage and up to the mA capacity of the adaptor E.g. the nameplate may read Input: AC120 volts 5 watts. Output: DC 12 volts 200 mA.
It is both. You input a problem and it displays the answer.
is an omr and input or output device?
both input r output
Input device.
output/input
output and input