shm Flashcards

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1
Q

differential equation of shm

A

(d square x/d tsquare) +omegasquarex=0

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2
Q

omega in terms of k

A

omega=root(k/m)

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3
Q

Time period general formula

A
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4
Q

velocity as a function of x

A

v(x)= omega root(a square-x square )

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5
Q

v elocity as a function of time

A

awcoswt

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6
Q

acceleration as a function of x

A
  • (wsquare) x
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7
Q

acceleration as a function of t

A

-(wsquare)Asinwt

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8
Q

kinetic energy of shm

A
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9
Q

potential energy of wave

A
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10
Q

total energy of shm

A
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11
Q

relation between frequency of oscillating energy and frequency of oscillating particles

A
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12
Q

equation of shm if mean position shifted

A
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13
Q

time period of pendulum

A
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14
Q

what is the condition you will use when springs are cut

A

k.l=constant

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15
Q

in a two block system what is formula of reduced mass

A

m1m2/(m1+m2)

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16
Q

Time period in a 2 block system

A
17
Q

time period of a solid in liquid experiencing shm

A

2pi root(h/g)

18
Q

Time period of shm in cylinder

A

If a piston is given a small displacement there is either in isothermal or adiabatic process so there are two cases for time period for an isothermal process t equal to 2 Pi under root (mv./p. a square)
For an adiabatic process time period is equal to 2pi under root (mv./p.asquare)

19
Q

Time period for simple harmonic motion in a tunnel in a planet

A
20
Q

Time period of horizontal SHM of a charge

A
21
Q

Time period of vertical SHM of charge

A
22
Q

Time period of a physical pendulum

A
23
Q

Time period of SHM of a torsional pendulum

A
24
Q

Time period of SHM of dipole in electric field

A

Time period equal to 2pi into bracket under root inertia by dipole moment into electric field