What is the relation between oscillating frequency and total energy of – InterviewSolution

1.	What is the relation between oscillating frequency and total energy of a simple pendulum?
Answer» For a simple pendulum E_total = \(\frac { 1 }{ 2 } \) mω² a² = \(\frac { 1 }{ 2 } \)m(2πn)² a² = \(\frac { 1 }{ 2 } \) m 4π² n² a² = 2π² mn² a² Here, E_total = total energy m = mass of the pendulum (bob) ω = angular frequency = 2πn = 2π/T n = linear frequency a = amplitude.

Discussion

No Comment Found

Related InterviewSolutions

For a simple pendulum why is a spherical bob chosen.
What is the relation between oscillating frequency and total energy of a simple pendulum?
In simple harmonic motion what is the phase difference between displacement and acceleration?
What will be the initial phase angle of a body starting its simple harmonic motion from the extreme end?
In simple harmonic motion which physical quantity is conserved?
In simple harmonic motion the value of displacement is how much phase angles ahead of its acceleration value?
For a simple harmonic motion what is the relationship between acceleration and displacement?
What will be the effect on time period on using soft spring of same length instead of hard spring?
What will be the value of the time period of a simple pendulum if the amplitude is reduced to half of its original value?
What do you understand by damped oscillations?