Home
Mcqs
Quizes
Q&A
Past Paper
blog
Spaces
Join Now
Sign in
Mushkovic
PHYSICS
-
Physics
In LED when an electron combines with a __________ during forward bias conduction, a photon of visible light is emitted.
A. High voltage..
B. Photon..
C. Positron..
D. Hole..
Mushkovic
PHYSICS
-
Physics
The algebraic sum of potential changes in a closed circuit is zero is Kirchhoff’s __________ rule.
A. Third.
B. Second.
C. First.
D. All of these.
Mushkovic
PHYSICS
-
Physics
Which of the following lights travels the fastest in optical fibres?
A. Visible light..
B. Invisible infra-red..
C. Ultra-violet..
D. Ordinary light..
Mushkovic
PHYSICS
-
Physics
A standing wave pattern is formed when the length of string is an integral multiple of __________ wavelength.
A. Triple..
B. Half.
C. Full.
D. Double.
Mushkovic
PHYSICS
-
Physics
Tuning of the radio is the best example of electrical __________
A. Resonance..
B. Resistance..
C. Current..
D. None of these..
Mushkovic
PHYSICS
-
Physics
A disc at rest without slipping, rolls down a hill of height (3 x 9.8) m. What is its speed in m/sec when it reaches at the bottom?
A. 11.4..
B. 19.6..
C. 22.8..
D. 9.8..
Mushkovic
PHYSICS
-
Physics
The force required to bend the normally straight path of a particle into a circular path is called __________ force.
A. Traveling..
B. Bending..
C. Centrifugal..
D. Centripetal..
Mushkovic
PHYSICS
-
Physics
The vertical velocity of ball thrown upward __________ with time.
A. Decreases linearly..
B. Remains constant..
C. Doubles..
D. Decreases parabolically..
Mushkovic
PHYSICS
-
Physics
__________ are the particles that experience strong nuclear force.
A. Neutrons..
B. Neutrinos..
C. Muons..
D. Electrons..
Mushkovic
PHYSICS
-
Physics
For atomic hydrogen spectrum, which of the following series lies in visible region of electromagnetic spectrum?
A. Lyman series..
B. Paschen series..
C. Balmer series..
D. Bohr series..
‹
1
2
›
PHYSICS
Quantum Mechanics
Statistical Mechanics
Electromagnetism
Thermodynamics
Biophysics
Atomic Physics
Nuclear Physics
Astrophysics
Classical Mechanics
Special Relativity
Laboratory Methods
Optics and Wave Phenomena
Physics