Find the peak voltages across the resistor and inductor

Reference no: EM13692972

Solve the all given parts of following question:

Question: A 50 ohm resistor and a 100mH inductor are connected in series with an ac generator of amplitudes 5.0V and a variable frequency.

Part A: Find an expression for the potential across the resistor and across the inductor as functions of the frequency. Explain if the circuit can be used as a low pass filter or as a high pass filter. Find the crossover frequency.

Part B: Find the peak voltages across the resistor and inductor, and the pack current at the crossover frequency.

Please explain how you came to your conclusion.

Reference no: EM13692972

Questions Cloud

Obtain what is its speed : The mass of a moving object appears to be 2% greater than its rest mass. What is its speed

Find by what factor does the resulting mutual force : Two point charges are 4 cm apart. They are moved to a new separation of 8 cm. By what factor does the resulting mutual force between them change

Find which bulb more current : Two light bulbs are each connected to a voltage of 120 V. One has a power of 25 W, the other 100 W. Which bulb more current

Determine what is the activity : Nitrogen 13 has 7 protons and a half life of 600 seconds. What is the activity in Ci after 60 minutes? The initial mass of nitrogen 13 is 1.49 uG

Find the peak voltages across the resistor and inductor : A 50 ohm resistor and a 100mH inductor are connected in series with an ac generator of amplitudes 5.0V and a variable frequency. Find the peak voltages across the resistor and inductor

What is the maximum acceleration : A flatbed truck is carrying a 10-kg crate along a level road. What is the maximum acceleration in m/s2 that the truck can have if the crate is to stay in place

What is the density of the metal : A metal cube of mass 3kg is immersed halfway in water. if the volume of water displaced is 3L, What is the density of the metal

What is the new voltage amplitude of the source : The inductor has a reactance of 50 ohms and an inductance of 240 mH. A 50-ohm resistor and a capacitor whose reactance is 140 ohms are also in the circuit. What is the new voltage amplitude of the source

What is the peak magnetic energy in the inductor : The inductor has a reactance of 70 ohms and an inductance of 210 mH. What is the peak magnetic energy in the inductor

User Account

All Pages