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Work and Energy
100
Dynamics
87
Kinematics
98
Transfer of Heat
51
Turning Effect of Forces
62
Gravitation
46
Matter Properties
94
Thermal Properties of Matter
103
Atomic and Nuclear Physics
101
Basic Electronics
101
Current Electricity
187
Electromagnetism
101
Electrostatics
123
Geometrical Optics
204
Information and Communication Technology
100
Simple Harmonic Motion and Waves
96
Sound
108
Show/Hide Answers
Thermal Properties of Matter
If we convert 110 °F into Celsius scale of temperature, we get
43.3 °C
0 °C
150 °C
60.5 °C
Author:
rikazzz
Comment
Electrostatics
If mica and woolen cloth are rubbed together, then mica gets
positively charged
negatively charged
remains neutral
dual charged
Author:
rikazzz
Comment
Current Electricity
The time a current of 30 mA takes to deliver 30 C charge is
0.3 s
0.003 s
0.4 s
0.5 s
Author:
rikazzz
Comment
Atomic and Nuclear Physics
The elements whose atomic number is greater than 82 are naturally
unstable nuclei
stable nuclei
positive nuclei
negative nuclei
Author:
rikazzz
Comment
Everyday Science
Sound waves are
Longitudinal
Transverse
Electromagnetic
Only magnetic
Author:
rikazzz
Comment
Basic Electronics
By coupling the output of the OR gate with the NOT gate, we get
AND gate
NOR gate
NAND gate
NOT gate
Author:
rikazzz
Comment
Electrostatics
By using electroscope, if the body is negatively charged then due to electrostatic induction, then on the leaves there will be appear
both positive and negative charges
negative charge
positive charge
no charge
Author:
rikazzz
Comment
Everyday Science
SI unit of density is
kgm
-4
kgm
-3
kgm
-2
kgm
Author:
rikazzz
Comment
Simple Harmonic Motion and Waves
A disturbance in the medium which causes the particles of the medium to undergo vibratory motion about their mean position in equal intervals of time is known as
wave
energy
vibration
amplitude
Author:
rikazzz
Comment
Physics
The motion of a body around a circular path is an example of
Uniform velocity, variable acceleration
Uniform speed, uniform velocity
Uniform speed, variable velocity
Uniform speed, variable acceleration
Uniform circular motion occurs when a body moves in a circular path with constant velocity. The acceleration of a body experiencing uniform circular motion is always directed toward the center of the circle (centripetal acceleration or_x000D_ a = V / r_x000D_ where v is the body’s velocity, and r is the radius of the circle). This acceleration is constant in magnitude but changes in direction, so, it is variable at every point of the circular path.
Author:
rikazzz
Comment
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