Ohm’s Law is represented by the equation I=V/R. Explain how the current would change if the amount of resistance decreased and t
he voltage stayed the same. (HINT: try plugging numbers into the equation for R, but make sure V stays the same. Then describe what happens to I(current) Click HEREto view a video that will help you
2 answers:
Answer:
The current will increase with reduction in the resistance.
Explanation:
Electrical resistance reduces the flow of electricity through a conductor just like friction reduces our speed. The higher the resistance the harder it will be for the current to flow and vice versa, hence, higher resistance produces a smaller current if the voltage is held constant. The voltage is the electrical drive.
Answer:
Current will increase.
Explanation:
Lets first solve for current in terms Voltage V and resistance R.
now if you make voltage smaller and smaller the voltage will increase, how.?
Let me show it to you by plugging in some numbers,
V = 10 Volts (constant) and R = 5Ohms.
I =
Now lets take R = 2 Ohms
I =
5 is obiviously greater than 2, so we can conclude that as the resistance decreases with constant voltage the current increases in return.
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