A particle performing SHM has a from of 480 is at 2 cm mean position & 420 eugs when it is at a distance of 4cm from mean position. Determine "total energy & amplitude of I vibration
Q: ce (a) the angular frequency anc - ke a caleno ninancishtacm 8202042 ama : 203 #ದ # um
A: Given: Mass of particle is 1.2×10-20Kg. Maximum speed is 3.5×103m/s. Period is 4.1×10-5s.
Q: particle of mass m starts from the mean position of a SHM, at t=0, and goes towards -A. If the…
A: Given: A particle of mass m starts from the mean position of a SHM, at t=0, and goes towards -A.
Q: The equation of displacement of particle performing SHM is x=0.25 sín (200t). the maximum velocity…
A: We have to find the maximum velocity (Vmax)=?The data provided is given as-Equation of SHM-x=0.25…
Q: What is the phase constant? Suppose that the phase constant is between -180° and 180°. (Amplitude is…
A: Given Amplitude (A) = 20 cm Frequency (n) = 0.125 Hz.
Q: show and explain the graphical behavior of energy versus position of a system undergoing SHM ?
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Q: A factory machine with a mass of 320 kg vibrations up and down with frequency of 8 Hz. Amplitude of…
A: Given: m=320kg, f=8Hz, A=2×10-3m The total energy of the machine remains constant at all the…
Q: Given zero initial conditions a harmonic input f(t)= 20 sin(20 tt), k= 2000 N/m, and a mass of 0.45…
A: Given, Harmonic input, ft=20 sin20πt k=2000 N/m Mass, m=0.45 kg
Q: b. If the vibration at the boundaries of the piston of the motor is given by: i. v(t) = at + b; a, b…
A: Hello. Since you have posted multiple questions and not specified which question needs to be solved,…
Q: The amplitude of a simple harmonic oscillator is doubled, How does it affect the total energy?
A: Relation between the total energy and amplitude is given as:
Q: A 68 kg heavy dishwasher runs at 245 rpm. Determine the minimum static deflection 43% isolation…
A: Given: The value of weight is 68 kg. The speed is 245 rpm. The percentage…
Q: What is the cyclic vibrational frequency (a not w for a harmonic oscillator if its force constant is…
A: (a) The cyclic vibrational frequency can be determined as, Here, k and µ represent the force…
Q: Please help thank you :) Required info: Equipment to be used in airplanes or spacecrant is often…
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Q: A body is executing SHM when the displacement from the mean position are 4 cm and 5 cm. The…
A: To find- Periodic Time (T)=? Given data- X1=4 cmX2=5 cmV1=10 cm/sV2=8 cm/s
Q: A particle executes simple harmonic motion of period 8s. After what time of its passing through the…
A: Given, A particle executes simple harmonic motion of period 8s and when it passes through…
Q: The vibration analysis for simple harmonic motion can be raised from the equilibrium position…
A: Newton’s first regulation means that an item oscillating backward and forward is experiencing…
Q: A-kg mass is attached to a spring with stiffness 40 N/m. The damping constant for the system is 4…
A: Given Data : mass (m) attached to the spring = (1/5) kg Stiffness of spring k= 40 N/m Damping…
Q: Velocutiy of a porilicle peufouming lineat SHM at mean párilion is % A ili umplalude es doubled and…
A: We have to find the final velocity (V')=? The data provide is as given below- Initial time period=T0…
Q: -12 kg is attached to a spring with negligible mass and stiffness k= 4N/m lying on a friction free…
A: In SHM the formula for the total energy is: Write the expression for the total energy of the system…
Q: The total energy of a particle of mass 100 grams performing SHM is '0.2 J. Find its maximum velocity…
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Q: The TE of particle of mass 200gm performing is 10³J. Find maximum velocity & period if amplitude is…
A: We need to compute-(1) Maximum velocity (Vmax)=?(2)Period (T)=?Given data provided-Mass (m0=200…
Q: a body describes shm with amplitude 5cm and period 0.2s.find acceleration and velocity of body when…
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Q: ate: Masc Physics Show that For Harmonic ascillator the Commutator of â â and ât is equal to 1. a
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Q: A block of mass. -4kg is attached = to a spring harmonic' motion and with ynd yoesSimple period f 9.…
A: m=Mass of block=4 kgT=Time period=0.35 sE=Energy=2.5 JA=Amplitudek=Spring constant
Q: A damping hamonic oscillator with, m=12 kg , k=240 N/m and c=40kg/s is subject to a driving force…
A: A damed oscillator means an oscillation fades away with time or a driving force with it. Equation of…
Q: when the driving frequency equals a natural frequency of vibration, what happens to the amplitude of…
A: Resonance: Resonance is a phenomenon which occurs when the driving frequency of oscillation equals…
Q: 6) A block of wood is attached to a spring on a horizontal frictionless surface and set in SHM. At…
A: Introduction: When object move and repeat its path after regular interval of time, is known as…
Q: At what position is the KE of a particle performing SHM three times its PE?
A:
Q: Imagine that a 10-cm-diameter circular hole were drilled all the way through the center of the Earth…
A: The objective of this question is to demonstrate that the motion of an apple dropped into a hole…
Q: A simple harmonic oscillator takes 31.3 s to undergo 19 complete vibrations. Find the frequency of…
A: frequency of oscillation is the number of oscillations in one time unit[1 sec],. given 31.3 sec…
Q: The time period of a particle executing SHM is 1s. If the particle starts motion from the mean…
A: S.H.M numerical problem.
Q: Consider a vibrating carbon-hydrogen bond. This can be modelled as a simple harmonic oscillator with…
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Q: In critically damped free vibration of SDF system, why Ccr=2mWn ?
A: Let ccr be the value of c when the system is critically damped.Write the equation of motion for the…
Q: Pls help ASAP
A: Determine that(a) Find the position of mass when (b) What is the amplitude of vibration after a very…
Q: 3- Write the energy expression of the diatomic vibratory-rotator. Then, ignoring D, write the…
A: The objective of the question is to derive the energy expression for a diatomic vibratory-rotator,…
Q: The kinelic, eneegy of a particle executing SHM is 165 when it is at its mean position. If mass of…
A: Given Data:Kinetic energy of the particle (KE) = 16 J.Mass of the particle (m) = 0.32 kg.
Q: Force on particle, of mass ‘m’, undergoing SHM is given by: F = -kx. What is the relation between x…
A: Given: F = -kx(t)
Q: A particle of mass (m) is executing SHM about its mean position. The total energy of the particle is…
A: To find- T.E. of a particle=? Mass of particle=m Let (A) be amplitude of S.H.M and (T) be periodic…
Q: particnder pasition thei. velwvidh of a is At a porticle with amplitude 'a' is 5 times SHM 7 that of…
A: We know that the expression for the displacement which is denoted as x for SHM motion can be…
Q: A force F = 10 sin nt N acts on a displacement of x = 2 sin (t – n16)m. Determine (a) the work done…
A: (a) The work done during the first 6 s. (b) The work done during the first 12 s. Given,…
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