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A 0.340 kg block is attached to ahorizontal, ideal spring with spring constant k = 30.0 N/m. There is no friction. At t = 0, the block has a velocity of - 5.00 m/s and adisplacement of 0.280 m.
Using the general solution for a horizontal springproblem, x(t) = Asin(omega t + phi), where A is theamplitude of the block's motion and phi is the phase angle, answer the followingquestions.(a) Find the phase angle.rad(b) Find the amplitude.m(c) Write an equation for the block's position as a function oftime.x(t) = ( 3 m ) sin ( [4 rad/s ]t +5 rad).d) What is the period of the block's motion?se) What is the frequency of the block's motion?HzF) What is the maximum spring potential energy stored during the block's motion? Jg) What is the block's maximum kinetic energy during itsmotion?Jh) What is the total energy stored in the system?J
A long pole is used to lift a window. If a vertical lift of 85 N is needed to raise the window, elucidate what force must be exerted along the pole? Assume the pole makes an angle of 49° with the vertical wall.
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Two circular metal plates of radius 0.17 m and thickness 8.5 mm are used in a parallel plate capacitor. A gap of 1.7 mm is left between the plates, What is the capacitance of this capacitor
The gauge pressure at the bottom of a reservoir is 5.0 times what it is at a depth of 2.1 m. How deep is the reservoir
In a football game a kicker attempts a field goal. The ball remains in contact with the kicker's foot for 0.050 s, Determine the horizontal and vertical components of the launch velocity
A 7.0cm--diameter disk emits light uniformly from its surface. 20cm from this disk, along its axis, is an 9.0cm--diameter opaque black disk; the faces of the two disks are parallel. find the diameter of the completely dark part of this shadow
A person stands on a bathroom scale in a motionless elevator. When the elevator begins to move, Calculate the acceleration of the elevator
A particle with a mass of 3.8 × 10-20 kg is oscillating with simple harmonic motion with a period of 3.9 × 10-5 s, calculate the maximum displacement of the particle
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