## Physics Quiz for Upcoming SSC and Railway Exam

Hello Friends,

We have already provided a lot of Science Quizzes. Today, We are providing another quiz on Physics. It's helpful for upcoming SSC and Railway Exams.

If you want to participate in other General Science Quizzes, Just click on below given links:

If you are looking for other study materials, visit  SSC Study Room.

Physics Quiz for Upcoming SSC and Railway Exam
1. When a particle executing S.H.M passes through the mean position, it has
(A) Minimum Kinetic energy and Maximum potential Energy
(B) Maximum Kinetic energy and Minimum potential Energy
(C) Maximum Kinetic energy and Maximum Potential Energy
(D) Minimum Kinetic energy and Minimum Potential Energy
2. Who among the following Gave the first experimental value of G?
(A) Newton
(B) Cavendish
(C) Galileo
(D) None
3. The escape velocity from the surface of the earth does not depend on
(A) mass of the earth
(B) mass of the body
(D) G
4. If a liquid wets a solid surface, the angle of contact is
(A) 0 degree
(B) 90 degree
(C) Less than 90 degrees
(D) Greater than 90 degrees
5. Meniscus of mercury in a capillary is
(A) Concave
(B) Convex
(C) Plane
(D) Cylindrical
6. A piece of ice has a stone in it and float in a vessel containing water. When the ice melts, the level of water in the vessel would
(A) remain unchanged
(B) Fall
(C) Rise
(D) None of the above
7. Maxwell is the unit of
(A) Intensity of magnetization
(B) Permeability
(C) Magnetic Flux
(D) Magnetic Susceptibility
8. The width of depletion layer of a P-N junction
(A) Decreases with light doping
(B) Increases with heavy doping
(C) is independent of applied voltage
(D) is increased under reverse bias
(E) None of these
9. Potential is measured in
(A) Watt
(B) Joule
(C) Joule/Coulumb
(D) Newton-second
10. The velocity of flow of a liquid through an orifice at the bottom of a tank depends on the
(A) Area of the cross-section of the orifice
(B) Height of the liquid above the orifice
(C) Acceleration due to gravity
(D) Both (b) and (c) (E) None of the above