SOLUTION: The current (I) in an electric circuit is inversely proportional to the resistance (R). If the resistance is 10 ohms when the current is 0.2 ampere, find the resistance when the cu

Question 1197102: The current (I) in an electric circuit is inversely proportional to the resistance (R). If the resistance is 10 ohms when the current is 0.2 ampere, find the resistance when the current is 1.2 amperes. (Round your answer to two decimal places.)

R =__________ohms
Answer by ewatrrr(24785) (Show Source): You can put this solution on YOUR website!


Hi

The current (I) in an electric circuit is inversely proportional to the resistance (R)
I = k/R  0r k = I*R

resistance is 10 ohms when the current is 0.2 ampere
find the resistance when the current is 1.2 amperes

 = 1 2/3 ohms
Wish You the Best in your Studies.

RELATED QUESTIONS
If the voltage V in an electric circuit is held constant, the current I is inversely... (answered by TheInstructor)

The current (I) in an electric circuit is inversely proportional to the resistance (R).... (answered by ewatrrr,ikleyn)

If the voltage in an electric circuit is held constant, the current I is inversely... (answered by ankor@dixie-net.com)

If the voltage, V, in an electric circuit is held constant, the current, I, is inversely... (answered by DrBeeee)

How do you solve this word problem? If the voltage V in an electric circuit is held... (answered by mananth)

If the voltage V in an electric circuit is help constant, the current I is inversely... (answered by Jc0110)

If the voltage V in an electric circuit is held constant, the current I is... (answered by Alan3354)

If the voltage V in an electric circuit is held constant, the current I is... (answered by Boreal)

If the voltage V in an electric circuit is held constant, the current I is inversely... (answered by Theo)