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Invariance of electric charge, electric charge is independent from reference frame
4:46
Invariance of electric charge, electric charge is independent from reference frame
Law of conservation of electric charge, microscopic, macroscopic. examples conservation of charge
14:21
Law of conservation of electric charge, microscopic, macroscopic. examples conservation of charge
What do you mean by quantisation of charge?
8:21
What do you mean by quantisation of charge?
What do you mean by the addictive nature of electric charges?
5:36
What do you mean by the addictive nature of electric charges?
What are fundamental ( basic ) charges ? What are the value of the basic charges ?
7:27
What are fundamental ( basic ) charges ? What are the value of the basic charges ?
S.I. Unit of electric charge. Other units of electric charge
9:42
S.I. Unit of electric charge. Other units of electric charge
What is electric charge? Is it a scaler or vector quantity? Name it's S.I. unit of electric charge
4:19
What is electric charge? Is it a scaler or vector quantity? Name it's S.I. unit of electric charge
Class 12Current electricity 25 Multiple choice questions
31:50
Class 12Current electricity 25 Multiple choice questions
A potential difference of 100V is applied to the ends of the copper wire one metre long. Calculate
6:04
A potential difference of 100V is applied to the ends of the copper wire one metre long. Calculate
A battery of emf Σ and internal resistance r is connected across a pure
8:31
A battery of emf Σ and internal resistance r is connected across a pure
Use kirchoff's rules to determine the potential difference between the points A and D, when no
5:38
Use kirchoff's rules to determine the potential difference between the points A and D, when no
Calculate the equivalent resistance between points A and B in circuit shown
8:32
Calculate the equivalent resistance between points A and B in circuit shown
Parallel combination of two cells of different emf and different internal resistance
10:41
Parallel combination of two cells of different emf and different internal resistance
The reading of a high resistance voltmeter when a cell connected across it, is 2.2V. When the
3:17
The reading of a high resistance voltmeter when a cell connected across it, is 2.2V. When the
A constant voltage of 50 V is maintained between the points A and B od the circuit shown in the
5:06
A constant voltage of 50 V is maintained between the points A and B od the circuit shown in the
Four cells of identical emf Σ , internal resistance r , are connected in series to a variable
10:14
Four cells of identical emf Σ , internal resistance r , are connected in series to a variable
Current electricity 20 Assertion Reason questions
25:12
Current electricity 20 Assertion Reason questions
A material of dielectric constant K is field in a parallel plate capacitor of capacitance C.
2:34
A material of dielectric constant K is field in a parallel plate capacitor of capacitance C.
Ohm's law in vector form
8:09
Ohm's law in vector form
Three parallel plates are placed above each other with equal displacement vec(d) between
4:02
Three parallel plates are placed above each other with equal displacement vec(d) between
In the above figure P,Q are the two parallel plates of a capacitor plate Q is at positive potential
2:47
In the above figure P,Q are the two parallel plates of a capacitor plate Q is at positive potential
A constant electric field is to be maintained between the two plates of. Capacitor whose sepration d
2:22
A constant electric field is to be maintained between the two plates of. Capacitor whose sepration d
The electric field between the plates of a parallel plate capacitor is E. Now the separation
3:28
The electric field between the plates of a parallel plate capacitor is E. Now the separation
Write two characteristics of equipotential surfaces. A uniform electric field of 50N/C is set up in
6:01
Write two characteristics of equipotential surfaces. A uniform electric field of 50N/C is set up in
A small conducting sphere A of radius r charged to a potential V is enclosed by a spherical
6:44
A small conducting sphere A of radius r charged to a potential V is enclosed by a spherical
Two infinitely long conductors kept along XX' and YY' axes are carrying current I1 and I2 along -X
6:58
Two infinitely long conductors kept along XX' and YY' axes are carrying current I1 and I2 along -X
In a region of a uniform electric field vec E a negatively charged particle is moving with a
12:27
In a region of a uniform electric field vec E a negatively charged particle is moving with a
(a) A cell of e.m.f. E and internal resistance r is connected with a variable external resistance R
9:37
(a) A cell of e.m.f. E and internal resistance r is connected with a variable external resistance R
The threshold voltage of a silicon diode is 0.7 V. It is operated at this point by connecting the
3:35
The threshold voltage of a silicon diode is 0.7 V. It is operated at this point by connecting the
A light of wavelength 400nm is incident on metal surface whose work function is 3.0x10^(-19) J.
6:41
A light of wavelength 400nm is incident on metal surface whose work function is 3.0x10^(-19) J.