SHMHard
Question
The motion of a particle is represented by the function ″Asin2ωt + Bcos2ωt + Csincos″ where x, ω and t represent displacement angular frequency and time respectively. The constants A, B and C are related to the amplitudes of displacement. select CORRECT alternatives(s).
Options
A.The motion of particle is SHM when A = B.
B.The motion of particle is SHM when A = B and C = 0.
C.If B =
= - A, then the amplitude of AHM is √2.
D.If A = B =
, the axis of vibration of SHM shifts by a distance B towards +x axis.
Solution
If A = B then x = A + Csinωtcosωt = A +
sin2ωt ⇒ SHM
If A = B & C = 0 then x = A ⇒ along a straight line
If B =
= -A then x = B cos2ωt ⇒ amplitude = B√2.
If A = B =
then x = B + Bsin2ωt ⇒ Axis of vibration of SHM shifts by a distance B to wards + x - axis.
If A = B & C = 0 then x = A ⇒ along a straight line
If B =
If A = B =
Create a free account to view solution
View Solution FreeMore SHM Questions
Vertical spring mass system is used in a wall clock. The clock is accurate at the equator. If the clock is taken to the ...Two particles are executing simple harmonic motion of the same amplitude A and frequency ϖ along the x-axis. Their ...The angular frequency of a spring block system is ω0. This system is suspended from the ceiling of an elevator movi...A particle is executing SHM of time period 24 sec and amplitude 20 cm. At t = 0, its displacement is + 20 cm. Shortest t...A pendulum is hung from the roof of a sufficiently high building and is moving freely to and fro like a simple harmonic ...