What Is The Peak Current Through The Resistor If The Emf Frequency Is 100 Hz?
What Is The Peak Current Through The Resistor If The Emf Frequency Is 100 Hz?. If the wattage is 4 watts then. Now the peak current in the resistor is i= v/r= 12/36= it is again 0.33 a.
A resistor is connected to an ac source with. If the wattage is 4 watts then. B) what is the peak current through the resistor if the emf frequency is 100 khz?
What Is The Peak Current Through The Resistor If The Emf.
Peak current through the resistor, i = 2.0 a. (a) when the resistance r is. What is the peak current through the resistor if the emf frequency is (a) 100 hz?
And If We Go And Jump Over To Be, We're Dealing With 100,000 Hertz Frequency.
Now the peak current in the resistor is i= v/r= 12/36= it is again 0.33 a. Review 1 constants express your answer using two significant figures. By resistance does not depend on frequency.
So Same Methodology Re Compute 12,000 500 In 66.4 Homes Of Inductive Reactions For Part B.
B) what is the peak current through the resistor if the emf frequency is 100 khz? | a 200 ω resistor is connected to an ac source with 0 = 10 v. A 200 $\omega$ resistor is connected to an ac source with $\mathcal{e}_{0}=10 \mathrm{v}$.
W= Square Of V/R So R= 144/4=36 Ohms.
Is it cool to be nord uft right? Be current for two frequencies your p corrupt which is i know. Up to $2.56 cash back what is the peak current through the resistor if the emf frequency is 100 hz and 10 get the detailed answer:
If The Wattage Is 4 Watts Then.
A 200 ohm resistor is connected to an ac source with peak emf = 10v. According to ohms law the peak current through the circuit is given by; I tried to do (a):
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