A particle executing shm along y axis described by y=10 sin pit/4 phase of particle is
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Answered by
25
Hi,
For a particle executing SHM ,
We know that,
Y = A sin(ωt + φ )
Here, A represents Amplitude and ω Angular frequency and φ represents epoch .
Here,
Y = 10 sin ( πt/4)
From the above,
ω = π/4 .
A = 10
φ = 0
Now, We found that Epoch or phase is 0 .
Therefore, The phase of the particle is 0°
For a particle executing SHM ,
We know that,
Y = A sin(ωt + φ )
Here, A represents Amplitude and ω Angular frequency and φ represents epoch .
Here,
Y = 10 sin ( πt/4)
From the above,
ω = π/4 .
A = 10
φ = 0
Now, We found that Epoch or phase is 0 .
Therefore, The phase of the particle is 0°
abhi178:
Nice one :)
Answered by
22
Answer:
Step-by-step explanation:
As eqn of shm : A sin (wt + ¤)
Attachments:
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