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NARUTOSARTHAK
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I have fan that's 20 V and 14 A. I give it an input of 5V 1A. So my question is... increasing what will increase the performance of my fan more... Current or Voltage??
You cannot dictate both values. The resistance of the load tells you the current it passes, with a given supply voltage. Because you are dealing, here, with a motor, it's not possible to predict how a fan that's rated at 20V (when it passes 14A), will behave with 5V across it (it's not as easy as a heater that will follow Ohm's Law). So your question is difficult to answer, as it stands. See aitch's post, above.NARUTOSARTHAK said:I have fan that's 20 V and 14 A. I give it an input of 5V 1A. So my question is... increasing what will increase the performance of my fan more... Current or Voltage??
If you mean "you" then why not write "you"?Dheeraj12 said:now if u v then how can u
Hr hr!meBigGuy said:I hpe u dcd 2 use real words. Rdg that bs is BS. dnt b so lzy if u wnt intelligent ans.
Current is the flow of electric charge, typically measured in amperes (A), while voltage is the force that drives the flow of current, measured in volts (V).
Both current and voltage are important in determining the strength of an electrical circuit. However, the amount of current depends on the voltage and the resistance of the circuit, making voltage the more influential factor.
In terms of energy consumption, current and voltage are both important. Higher voltage can reduce the amount of current needed to produce the same amount of power, leading to more efficient energy consumption.
Current and voltage play different roles in the performance of electronic devices. Voltage determines the speed at which electricity flows, while current determines how much electricity is flowing. Both are important in maintaining the proper functioning of electronic devices.
Both current and voltage can be dangerous when working with electricity. However, high voltage is more likely to cause severe injury or death, while high current can also cause burns and other injuries. It is important to always exercise caution when working with electricity, regardless of the current or voltage involved.