College Physics (11th Edition)
Verified Answer ✓
The formula to calculate the magnetic flux through... more
Verified Answer ✓
; The formula to calculate the magnetic flux ... more
Verified Answer ✓
3.0 mV0.40 mA ; The change in the magnetic flux ... more
Verified Answer ✓
0.162 V ; The formula to calculate the area of the... more
Verified Answer ✓
12.5 m/s ; The change in the area of the loop is ... more
Verified Answer ✓
According to Faraday's law an induced current in a... more
Verified Answer ✓
The magnetic flux through the loop increases when ... more
Verified Answer ✓
When the wire moves upward and the direction of ... more
Verified Answer ✓
2.5 W ; The formula to calculate the induced emf ... more
Verified Answer ✓
13000 ; The formula to calculate the mutual ... more
Verified Answer ✓
The induced emf in the coil is directly ... more
Verified Answer ✓
600 ; The formula to calculate the induction of ... more
Verified Answer ✓
As per Faraday’s law, the emf can be induced in a ... more
Verified Answer ✓
; The formula to calculate the turn ratio of the ... more
Verified Answer ✓
The formula to calculate the turn ratio of a ... more
Verified Answer ✓
3.40 kWh ; The formula to calculate the energy ... more
Verified Answer ✓
All the potential energy can not be the same as ... more
Verified Answer ✓
20 H ; The formula to calculate the current ... more
Verified Answer ✓
Yes ; Emf is the energy which can be produced per ... more
Verified Answer ✓
Faraday’s law gives the reason for generation of ... more
Verified Answer ✓
There are two magnetic fields associated with Lenz... more
Verified Answer ✓
No ; According to Ohm’s law the current flow ... more
Verified Answer ✓
Zero ; The current flowing through an inductor ... more
Verified Answer ✓
; The formula to calculate the current through ... more
Verified Answer ✓
; The formula to calculate the area of the loop ... more
Verified Answer ✓
; The formula to calculate the induced emf in the... more
Verified Answer ✓
1.27 V ; The formula to calculate the current ... more
Verified Answer ✓
; The formula to calculate the current through ... more
Verified Answer ✓
24.7 H ; The formula to calculate the current ... more
Verified Answer ✓
Verified Answer ✓
An opposite magnetic field is created within the ... more
Verified Answer ✓
There is no induced current in the circular object... more
Verified Answer ✓
Both coils have the same self-inductance. ; A coil... more
Verified Answer ✓
Large inductors can not be used as a suitable ... more
Verified Answer ✓
Due to the chance of damage to the instrument. ; A... more
Verified Answer ✓
Yes ; When there is a shift in magnetic flux ... more
Verified Answer ✓
No ; Faraday’s law helps to understand the origin ... more
Verified Answer ✓
In the form of magnetic energy. ; Electrical ... more
Verified Answer ✓
When the object is pushed or pulled out from ... more
Verified Answer ✓
Just after the switch is closed, the current in ... more
Verified Answer ✓
0.016 ; The formula to calculate ratio of number ... more
Verified Answer ✓
5.93 mV ; The formula to calculate motional emf ... more
Verified Answer ✓
The magnetic lines of force originate from the ... more
Verified Answer ✓
Let solenoid with variable resistance be A and ... more
Verified Answer ✓
The emf induced in the circular loop of wire is ... more
Verified Answer ✓
The direction of the current cannot be clockwise, ... more
Verified Answer ✓
The long current carrying conductor creates a ... more
Verified Answer ✓
There is no current present in the loop as the ... more
Verified Answer ✓
The direction of the current cannot be clockwise. ... more
Verified Answer ✓
No component of the electric field is directed ... more
Verified Answer ✓
Immediately after the circuit is complete, current... more
Verified Answer ✓
After a long time since the circuit is complete, ... more
Verified Answer ✓
The current is 0.63 times the final steady current... more
Verified Answer ✓
The direction of magnetic field is perpendicular ... more
Verified Answer ✓
Verified Answer ✓
Verified Answer ✓
Verified Answer ✓
Verified Answer ✓
10.6 T/s ; The formula to calculate emf induced ... more
Verified Answer ✓
Verified Answer ✓
; Given that-Number of turn- Dimension of the ... more
Verified Answer ✓
Verified Answer ✓
3.0 mA ; According to Faraday’s law the emf ... more
Verified Answer ✓
Verified Answer ✓
The magnetic field is from left to right and is ... more
Verified Answer ✓
Verified Answer ✓
Counterclockwise (as seen from the solenoid)... more
Verified Answer ✓
Verified Answer ✓
Counterclockwise in loop AClockwise in loop C ; ... more
Verified Answer ✓
Verified Answer ✓
The current in figure obeys the equation:We can ... more
Verified Answer ✓
(A) is north pole and (C) is south pole ; A bar ... more
Verified Answer ✓
Verified Answer ✓
Verified Answer ✓
; The formula to calculate the minimum speed ... more
Verified Answer ✓
Verified Answer ✓
Verified Answer ✓
Verified Answer ✓
; The formula to calculate the mutual inductance... more
Verified Answer ✓
; The formula to calculate the cross sectional ... more
Verified Answer ✓
Verified Answer ✓
; The formula to calculate the emf induced in ... more
Verified Answer ✓
Verified Answer ✓
0.250 H ; The formula to calculate the inductance... more
Verified Answer ✓
4.68 mV ; The formula to calculate the induced emf... more
Verified Answer ✓
238 turns ; The formula to calculate the self ... more
Verified Answer ✓
Verified Answer ✓
Verified Answer ✓
Verified Answer ✓
2850 turns ; The formula to calculate the self ... more
Verified Answer ✓
Verified Answer ✓
Verified Answer ✓
Verified Answer ✓
Verified Answer ✓
; The energy stored in an inductor is directly ... more
Verified Answer ✓
Verified Answer ✓
Verified Answer ✓
Verified Answer ✓
Verified Answer ✓
Verified Answer ✓
3980 rad/s ; The formula to calculate the angular ... more
Verified Answer ✓
Verified Answer ✓
Verified Answer ✓
; The formula to calculate the maximum energy ... more
Verified Answer ✓
Verified Answer ✓
Verified Answer ✓
For different value of inductance, length,radius.... more
Verified Answer ✓
For different values of inductance and resistance... more
Verified Answer ✓
As time is inversely proportional to resistance.... more
Verified Answer ✓
In Magnetic resosnance imaging (MRI), magnetic ... more
Verified Answer ✓
The current in the given conductor moves in the ... more
Verified Answer ✓
According to Faraday's law, the magnitude of the ... more
Verified Answer ✓
According to Faraday's law, the magnitude of the ... more
Verified Answer ✓
The induced current is proportional to the rate of... more