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Determine whether or not the following q...

Determine whether or not the following quantities can be in the same direction for a SHM
displacement and acceleration

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To determine whether displacement and acceleration can be in the same direction for Simple Harmonic Motion (SHM), we can analyze the relationship between these two quantities mathematically and conceptually. ### Step-by-Step Solution: 1. **Understanding SHM**: In SHM, the motion of a particle is characterized by a restoring force that is proportional to the displacement from the mean position and acts in the opposite direction. The equation for the restoring force \( F \) can be expressed as: \[ F = -kx \] ...
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FIITJEE-SIMPLE HARMONIC MOTION-Exercise
  1. Determine whether or not the following quantities can be in the same d...

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  2. Determine whether or not the following quantities can be in the same d...

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  3. Determine whether or not the following quantities can be in the same d...

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  4. Which of the following relationship between the force F on a particle'...

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  5. How are each of the following quantities of a SHM affected by doubling...

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  6. How are each of the following quantities of a SHM affected by doubling...

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  7. How are each of the following quantities of a SHM affected by doubling...

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  8. How are each of the following quantities of a SHM affected by doubling...

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  9. What is the frequency of the K.E. and total energy of a body in S.H.M...

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  10. How will the frequency of small oscillation of a simple pendulum chang...

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  11. How will the frequency of small oscillation of a simple pendulum chang...

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  12. How will the frequency of small oscillation of a simple pendulum chang...

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  13. How will the frequency of small oscillation of a simple pendulum chang...

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  14. At what point in the motion of a simple pendulum is the string tension...

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  15. Find the time period of a simple pendulum in a carriage accelerating ...

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  16. Find the time period of a simple pendulum in a carriage accelerating ...

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  17. A hollow metal sphere is filled with water and a small hole is made at...

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  18. Three spring mass systems in vertical plane are shown in the figure. T...

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  19. A mass m is suspended from a spring of force constant k and just touch...

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  20. The period of oscillation of the wooden cylinder is T(c) in the liquid...

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