question 9
.... 10
...... 11
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And. 9 Oscillatory
Ans. 10 Translaory
Ans.11 SHM and SHM is oscillatory Motion too.
Now.
Ans 9
F = -5 (x-2)^3
Acceleration is negative when (x-2) is positive and positive when (x-2) is negative.
Hence, it is an Oscillatory Motion about x = 2
Ans. 10
F = -5(x-2)^2
The motion depicts an non uniform translatiry motion as the acceleration just keeps increasing in the negative direction about the point x = 2 .
This is because ( x-2) is always positive.
And. 11.
F = -5(x-2)
Here, Force varies linearly with x and always attractive in nature.
This represents SImple Harmonic Motion.
SHM is also a type of Oscillatory Motion.
Ans. 10 Translaory
Ans.11 SHM and SHM is oscillatory Motion too.
Now.
Ans 9
F = -5 (x-2)^3
Acceleration is negative when (x-2) is positive and positive when (x-2) is negative.
Hence, it is an Oscillatory Motion about x = 2
Ans. 10
F = -5(x-2)^2
The motion depicts an non uniform translatiry motion as the acceleration just keeps increasing in the negative direction about the point x = 2 .
This is because ( x-2) is always positive.
And. 11.
F = -5(x-2)
Here, Force varies linearly with x and always attractive in nature.
This represents SImple Harmonic Motion.
SHM is also a type of Oscillatory Motion.
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