- 1.4 A
- 1.2 A
- 0.8 A
- 0.6 A
Author: Zabeehullah
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- air to glass
- air to water
- water to glass
- glass to water
- resultant force acting on it begins to decrease
- resultant force on acting on it increases continuously
- resultant force is right angles to its rotation
- resultant force acting on it is zero
- the electron will be accelerated along the axis
- the electron path will be circular about the axis
- the electron will experience a force at 45o to the axis and hence execute a helical path
- the electron will continue to move with uniform velocity along the axis of the solenoid
- 2 × 10⁷ m/s
- 2 × 10⁶ m/s
- 8 × 10⁵ m/s
- 8 × 10⁶ m/s
- Angle of contact q < 90°, if cohesive force < adhesive force × √2
- Angle of contact q > 90°, if cohesive force > adhesive force × √2
- Angle of contact q = 90°, if cohesive force = adhesive force × √2
- If the radius of capillary is reduced to half, the rise of liquid column becomes four times
- will also double
- will become four times
- will remain same
- will decrease
- The intensity of light gradually decreases to zero and remains at zero
- The intensity of light gradually increases to a maximum and remains at maximum
- There is no change in intensity
- The intensity of light is twice maximum and twice zero
- along the radius vector
- parallel to the linear momentum
- in the orbital plane
- perpendicular to the orbital plane
- an insulator
- a semiconductor
- an alloy
- a conductor
- Charge moving at a constant speed
- Chargeless particle
- Stationary charge
- An accelerating charge
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