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Suppose the sir track glider has a mass of 0.17 kg and the springconnected to it has a spring constant of 2.0 N/m. If the gliderwere pulled along the track until the spring was stretched a shortdistance and then released, what would be
a) the frequency andb) the period of the glider's oscillation?
two blocks are connected by a rope passing through a pulley. one block is on a table and has a mass of 1kg the other is
a cargo plane is moving with a horizontal velocity of v=+220 m/s at a height of y=970m above level ground, how much time will it take the package to reach the ground
The current in an RL circuit builds up to one-third of its steady state value in 3.80 s. Find the inductive time constant
A camera lens has a focal length of 215 mm, How far from the lens should the subject for the photo be if the lens is 21.9 cm from the film
A cylindrcal waste basket with a .300 m radius and .150 m height is properly standing on the floor. Find the total flux of the electric field through the sides and bottom
This question requires three answers. Three resistors are connected in parallel with a 9.0 V battery. What is the voltage drop across R2
An enclosed tank containing a liquid of density, p has a hole in its side at a distance y1 from the tank's bottom. find the horizontal distance from the hole
A pair of long rods, each of length L and mass M are connected to a hoop of mass M and radius L/2 to form a 4-spoked wheel. Determine the instantaneous velocity of the mass after the wheel has turned one revolution
An automobile has a 24 Watt reading lamp in the ceiling of the car. If it is attached to the 12 Volt car battery, how much current flows through the bulb
In a double-slit experiment, the second-order bright fringe is observed at an angle of 0.62°. If the slit separation is 0.10 mm, then what is the wavelength of the light? I'm getting 5.4104e-6 nm? But I'm not sure what I'm doing wrong. I've tried it ..
Light in a transparent material (index of refraction 1.333) strikes the boundary with another transparent material (n=1.010). obtain the critical angle for the total internal reflection
q1. a charge of 5.62 muc is at the origin and a second charge of -2.44 muc is on the positive x-axis 1.00 m from the
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