Metal bar of length 2. cm moves with velocity 1. cm/s towards the right in a constant magnetic field of 0.2 T, x=5cm, R=
Posted: Tue May 31, 2022 10:15 pm
Metal bar of length 2. cm moves with velocity
1. cm/s towards the right in a constant magnetic
field of 0.2 T, x=5cm, R=5.2.
a) Find the magnetic flux o through the
conducting loop.
b) Calculate the induced emf§=-dd/dt.
c) Calculate the current I through the resistance
d) Calculate the electric power P of this current
) Calculate the applied force Fapp.
4) Metal bar of length 2. cm moves with velocity 1. cm/s towards the right in a constant magnetic field of 0.2 T, x=5cm, R=5.52. a) Find the magnetic flux o through the conducting loop. b) Calculate the induced emf E= -do/dt. c) Calculate the current I through the resistance d) Calculate the electric power P of this current. e) Calculate the applied force Fapp. www X
1. cm/s towards the right in a constant magnetic
field of 0.2 T, x=5cm, R=5.2.
a) Find the magnetic flux o through the
conducting loop.
b) Calculate the induced emf§=-dd/dt.
c) Calculate the current I through the resistance
d) Calculate the electric power P of this current
) Calculate the applied force Fapp.
- Metal Bar Of Length 2 Cm Moves With Velocity 1 Cm S Towards The Right In A Constant Magnetic Field Of 0 2 T X 5cm R 1 (25 KiB) Viewed 13 times