PYQ jee main physics
46 videos • 621 views • by Shivom Mahar (NITian)
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#jeemains 2024 | | #pyq Physics || Electrostatics || C1 and C2 are two hollow concentric cubes
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#jeemains 2024 | | #pyq Physics || Electrostatics || Force between two point charges|| coulomb's law
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Jee Main 2024 || Electrostatics || Physics || resultant electric field is zero. The value of x is :
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Jee Main 2024 || Electrostatics || Physics || #pyq || find the time period
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Jee Main || PYQ || The electric flux through a sphere of radius '4a' having center at origin is :
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Jee Main || #pyq || #jeemains find the magnitude of torque acting on dipole is:
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Jee Main 2024 || electrostatic || Capacitance || #pyq || #jeemains || PYQ 2023
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Jee Main || The electric potential at the centre of two concentric half rings of radii R and R2 is:
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Jee main 2024 || Electrostatic || SHM || #pyq: The time period of oscillation of charge q will be
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Jee Main 2024 || PYQ || #pyq || #electrostatics || The flux of electrostatic field through area is
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Jee Main 2024 || #pyq || #electrostatics || What is the electric field at the centre of curvature O
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Jee Main 2024 || #pyq || #electrostatics || PYQ || The electric field at the centre of cube is
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Jee Main 2024- 2025 || #pyq || Elctrostatics || #jeemain2021 || Find electric field intensity :-
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Jee Main 2024-2025 || #pyq || #electrostatics || PYQ || The ratio of the dipole moment of A and B is
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Jee Main 2024-2025 || #pyq || #electrostatics || electric field distance r from centre O is given by
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Jee Main 2024-2025|| #pyq || #electrostatics || PYQ || the energy of the charge will:
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Jee main 2024 || Electrostatic || #pyq The angular frequency of the oscillations of the dipole
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Jee main 2024 || Electrostatic || #pyq || Jee main 2016 || PYQ
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Jee main 2024 | Electrostatic | #pyq | Jee main 2021 | PYQ | The value of deflection of pendulum:
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Jee main 2025| Electrostatic |#pyq | PYQ | total capacitance of the system is best by the expression
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Jee main 2025| Electrostatic |#pyq | The electric field in the region shown between them is given by
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Jee main 2025| Electrostatic | #pyq | Jee main 2018 PYQ | Potential | The potential of shell B is?
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23
A bulb and a capacitor are connected in series across an ac supply. The glow of the bulb :
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capacitance of the arrangement is : Jee main 2024 | #pyq | Capacitor| Electrostatics | Jee Main 2025
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Jee Main Pyq 2024 | Electrostatics | The flux of the electric field through a closed surface :
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The equivalent resistance of the circuit shown below between points a and b is : |Jee Main Pyq 2023
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The reading in the ideal voltmeter (V) shown in the given circuit diagram is : |Jee Main Pyq 2023
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28
A galvanometer has a coil of resistance 200 ohm with a full scale deflection at 20microAmpere | Jee
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The equivalent resistance of the circuit shown below between points Aand B is : |Jee Main Pyq 2024
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The deflection in moving coil galvanometer falls from 25 divisions to 5 division when a shunt of 245
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31
The value of unknown resistance (x) for which the potential difference between B and D will be zero:
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The equivalent resistance between A and B of the network shown in figure; |Jee Main Pyq 2023
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33
The current flowing through the 1 ohm resistor is n/10 A. The value of n is __. |Jee Main Pyq 2024
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JEE MAIN 2024 PYQ | The voltage difference between e and f is_____ V. |Jee Main Pyq 2024
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What will be the value of R 𝑅 so that the heater operates with a power of 62.5 W ||Jee Main Pyq 2024
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The power consumption in the entire circuit |Jee Main Pyq 2024
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The ratio of the magnetic field at a/2 and 2a from axis of the wire is : |Jee Main Pyq 2024
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38
The distance travelled by the bag on the belt during slipping motion, is |Jee Main Pyq 2022
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The work done by the tube on the block is ..... J. (Given g = 10 m/s'). JEE MAIN 2023 | PYQ
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JEE Main 2024 | PYQ | The maximum compression in the spring when the block hits the spring is :
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JEE Main 2024 | PYQ | A block of mass 1 kg is pushed find the work done against frictional force is:
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JEE Main 2023 | PYQ | Work power & Energy | The spring constant of the spring is ____N/m
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JEE Main 2024 | PYQ | Work power & Energy | The velocity of the body at B is
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JEE Main 2024 | PYQ | The angle of projection, θ will be | Circular motion
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JEE Main 2024 | PYQ| The maximum possible value of angular velocity of the ball is | Circular motion
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JEE Main 2024 |PYQ| maximum angular velocity can be given to the disc so that the coin does not slip
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