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Recent questions tagged coupled oscillations
+3
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1
answer
The frequency fy of the Lissajous figure is
asked
Mar 21, 2019
in
JEE
by
kratos
oscillations
jee
superposition principle
coupled oscillations
jee mains
+3
votes
1
answer
The coordinates of a particle moving in a plane are given by x (t) = a cos p
asked
Feb 21, 2019
in
JEE
by
kratos
superposition principle
coupled oscillations
jee
jee mains
+2
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1
answer
Two vibrations of frequencies in the ratio 1 : 3 and initial phase difference δ, given by
asked
Feb 6, 2019
in
JEE
by
kratos
superposition principle
coupled oscillations
jee
jee mains
+1
vote
1
answer
Find the amplitude (in *.I. units) of resultant SHM of a particle in xy plane due to superposition of SHMs x = 3sinωt
asked
Feb 5, 2019
in
JEE
by
kratos
oscillations
jee
superposition principle
coupled oscillations
simple harmonic motion
jee mains
+3
votes
1
answer
Two radio stations broad-cast their programmes at the same amplitude A and at slightly different frequencies f1 and f2 respectively.
asked
Jan 25, 2019
in
Class 12
by
kratos
waves
neet
jee main 2021
jee
superposition principle
coupled oscillations
jee mains
jee main
+3
votes
1
answer
Consider a simple pendulum of length 1 m. Its bob performs a circular motion in horizontal plane with its string making an angle 60
asked
Dec 29, 2018
in
JEE
by
kratos
rotational motion
waves
forces
circular motion
oscillations
class-11
jee
kinematics
superposition principle
coupled oscillations
simple harmonic motion
jee mains
+2
votes
1
answer
Find the resultant motion due to superposition of a large number of simple harmonic motions of same amplitude and same frequency
asked
Dec 7, 2018
in
JEE
by
kratos
superposition principle
coupled oscillations
jee
jee mains
+3
votes
1
answer
A particle is moving such that its position coordinates (x,y) are
asked
Nov 25, 2018
in
Class 12
by
kratos
neet
cbse
class-11
jee
kinematics
superposition principle
coupled oscillations
motion in two dimension
jee mains
motion in a plane
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vote
1
answer
The length of the string of a conical pendulum is 10 m and it has a bob of mass 50 g. The angle that the string makes with the vertical is 30°.
asked
Nov 7, 2018
in
JEE
by
kratos
work
class-11
jee
energy and power
superposition principle
coupled oscillations
jee mains
+3
votes
1
answer
The displacement y of a particle executing periodic motion is given by y = 4cos^2(1/2 t)sin (1000 t) This expression may be considered to be
asked
Nov 4, 2018
in
JEE
by
kratos
rotational motion
waves
circular motion
oscillations
class-11
jee
simple harmonic motions
superposition principle
coupled oscillations
jee mains
+3
votes
1
answer
Three simple harmonic motions in the same direction having the same amplitude a and same ******
asked
Oct 9, 2018
in
JEE
by
kratos
superposition principle
coupled oscillations
jee
jee mains
+2
votes
1
answer
Two-dimensional harmonic oscillation: The mass m is free to move in the xy plane (Fig. 2.13) (a). It is connected
asked
Sep 24, 2018
in
JEE
by
kratos
superposition principle
jee
coupled oscillations
jee mains
+2
votes
1
answer
Difference between Resonant oscillations and Coupled oscillations.
asked
Sep 19, 2018
in
Class 12
by
kratos
neet
waves
oscillations
class-11
jee
superposition principle
coupled oscillations
jee mains
+2
votes
1
answer
Discuss the coupled oscillations of a system.
asked
Sep 19, 2018
in
Class 12
by
kratos
neet
waves
oscillations
class-11
jee
superposition principle
coupled oscillations
jee mains
+2
votes
1
answer
Radio waves of constant amplitude can be generated with
asked
Sep 12, 2018
in
Class 12
by
kratos
semiconductor electronics
waves
neet
jee
superposition principle
coupled oscillations
jee mains
class-12
nuclei
+2
votes
1
answer
Two masses m1 and m2 connected by a light spring of natural length l is compressed completely and tied by
asked
Sep 10, 2018
in
JEE
by
kratos
superposition principle
coupled oscillations
jee
jee mains
+1
vote
1
answer
Two bodies of masses m1 and m2 are attached to each other and to two fixed points by three identical light springs of relaxed
asked
Aug 31, 2018
in
JEE
by
kratos
superposition principle
coupled oscillations
jee
jee mains
+1
vote
1
answer
Two simple harmonic motions of same angular frequency ω x1 = a1 sin ωt,
asked
Aug 29, 2018
in
JEE
by
kratos
superposition principle
coupled oscillations
jee
jee mains
+3
votes
1
answer
The amplitude of a particle due to superposition of following *.H.Ms. Along the same line is
asked
Aug 20, 2018
in
JEE
by
kratos
oscillations
jee
superposition principle
coupled oscillations
simple harmonic motion
jee mains
+2
votes
1
answer
The displacement y of a particle executing periodic motion is given by y = 4 cos^2 (1/2t) sin (1000 t).
asked
Aug 11, 2018
in
JEE
by
kratos
superposition principle
coupled oscillations
jee
jee mains
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