A pailicle perform SHM of periad s long. displacement' valocity At cwhech I alceleration of Sęc. along a Al cwhsdch Sec. a path 4 cm a 'barticle ae equlal?
Q: 2. Compute a value of the damping coefficient c such that the steady state response amplitude of the…
A: The force is given as, Ft=20cos0.3t N. The mass of the block is given as, m=150 kg. The spring…
Q: A body is executing SHM with amplitude of xo. Its angular frequency is w. At some position on its…
A: The potential energy of a particle executing SHM is given by, Potential energy, PE=12mω2x2...(1)…
Q: A popgun uses a spring for which k=20N/cm. When cocked, the spring is compressed 3.0cm. How high can…
A: Given Data:- Spring constant of the pop gun is k=20N/cm=20×1 N1 cm×100 cm1 m=2000 N/m Compression of…
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: A mass werghing 3 N Stretches a sexing Cnd is sel in downward velocity ofo2 Cm/5 Find eachof the…
A:
Q: * pauticle is executing a SHM ili manimum acceleraltion is æ and maximum nelocity up. Then iti…
A:
Q: The 12.9-in. spring is compressed to a 8.7-in. length, where it is released from rest and…
A:
Q: Question f for the vibrating System Shown in figure find the natural frequency and period- Ki = 20N…
A: Given the spring constants are : K1=20 N/cm=2000 N/m as 1cm=0.01 m, so 20N/cm=20N0.01…
Q: an amount (b) when it Supports a block mass (m) If the block is Pulled downward a distance (L) from…
A: We have to find the Time period, linear frequency, Restoring force, Retarding force.
Q: When a mass is hung from a string it stretches the string by 8.5 cm. If the mass is pulled further…
A: Let k be the spring constant of the spring, m be the mass of the hung object, x be the stretch in…
Q: Question 3 Two objects of equal mass on an effectively frictionless horizontal air track are held…
A:
Q: When displacement in SHM is & of amplitude what fraction of total ensegy & what fraction in…
A: We need to find-(a) K.E.=?(b) P.E.=?Given that-Displacement=13amplitudei.e. x=13a
Q: a body describes shm with amplitude 5cm and period 0.2s.find acceleration and velocity of body when…
A:
Q: A steel rod (E = 200 Gpa) has a Ilong. Circular Cross section 20m long. Determine the minmum…
A:
Q: The correct time in grandfather clock thas has period of 1 second is expected when the length of the…
A: Solution: given that T = 1 s L = 0.36 m L' = (1.4)(0.36) = 0.504 m
Q: A common device for entertaininga toddler is a jump seat thathangs from the horizontal portion of…
A:
Q: You are watching an object that is moving in SHM. Whenthe object is displaced 0.600 m to the right…
A: Given: Displacement of object, x = 0.600 m Velocity of the object, v = 2.20 m/s Acceleration ,a=8.40…
Q: A lypical large orb spider has a mans ot 0.60 g. I thin spider sunpends e m a ine 12 cm long strand…
A:
Q: 2. Compute a value of the damping coefficient c such that the steady state response amplitude of the…
A:
Q: The equalion q. a SHM frogretie aaue is y=0.4 sin 100 It. SI 40 enits.? Calculate the the cuae f…
A: To calculate- (1) Wavelength=? (2) Speed of the wave Given- For a SHM Y=0.4 sin 100πt-x40 in S.I.…
Q: A pendulum of lines 1.0 meter is set into motion. At point A on the pendulum, it knocks into a mass…
A: Given. Length of a string of simple pendulum is 1 metre. The pendulum and spring mass system both…
Q: A 2-inches diameter by 1-foot high cylindrical block has a mass of 25 lbs and floats vertically in a…
A: The density of the liquid is determined by,…
Q: The displacement of particle performing SHM is geven x=8sin (5πt +C) where time is in second and…
A: To find-(1) Displacement x=?(2) Velocity V=?3 Acceleration (A) at t=2 sec.Given that-Equation of SHM…
Q: A mass on a spring undergoes SHM. When the mass is at its maximum distance from the equilibrium…
A: For a mass on spring undergoing SHM, it has maximum kinetic energy at equilibrium position. At…
Q: The aquation of a SHM frogresise wave is Y=sm .025 0.25 Houe all quantilies in Sf unit system Fend…
A: To find- (1) Amplitude (a)=? (2) Frequency (n)=? (3) Wavelength (λ)=? (4) Velocity (V)=? Given- The…
Q: x - tequation of a particle in SHM is x = 2cm sin(at + 7 ) Here, t is in second. Find the distance…
A:
Q: Find the height of ball to be raised masy 18 ky to gain patential energy of of ·645J
A: Given Mass of ball = 18 kg Potential energy = 645 J We have to calculate the height attend by the…
Q: nquake UCCurs, IOw thàny swings per second will these fixtures make? 14.48 A Pendulum on Mars. A…
A: Time period of the pendulum is given by T=2πlg l= length of the pendulum g=acceleration due to…
Q: A spring is hung from the ceiling, when a block is attached to its end, it stretches 3.0 cm before…
A:
Q: 3 The acceleration a(t) of a parti- cle undergoing SHM is graphed in Fig. 15-21. (a) Which of the…
A: Part A: At point 2 , acceleration of the particle is particle is maximum and positive ,so at this…
Q: Why do short dogs (like Chihuahuas) walk with quicker strides than do tall dogs (like Great Danes)?
A: We know that the frequency is given by f=12πgL Therefore, f∝1L
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: 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 22 kg block on a horizontal surface is attached to a 394 N/m spring. The block is exhibiting SHM…
A:
Q: A sonometer wire of length 35 cm is in unison with a fork. Calculate the frequency of the fork.…
A: To find- Frequency of fork(n)=? Given data- T=10×9.8 Nm=10-4 kg/mg=9.8m/s2l=35 cm=0.35 m
Q: 20. A uniform 10 kg slender rod is attached to two springs as shown. Rod end B is given a small…
A: Given: The mass (m) of the rod is 10 Kg. The spring constants (K1, K2) of the springs are 700 N/m,…
Q: A wire of length (L), density (p) and Young's modulus (Y) produces an elongation 1 in wire by…
A: To find-Frequency of wire=?Given-Length of wire=LDensity of wire=ρYoung's modulus=YElongation…
Q: Question 1: In the following mass-spring system making an SHM in a frictionless medium, the mass is…
A:
Step by step
Solved in 2 steps
