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A wheel accelerates with a fix angular acceleration of 4.5 rad/s2. If the initial angular velocity is 1.0 rad/s, find what is the angle the wheel rotates through in 2.0 second?
Develop the string length ratios for Locrian mode by starting with'B' and then lowering (never raising) pitch by perfect fifths, 6times. If frequency corresponding to 'B' is 495 Hz, what is thefrequency corresponding to 'F'?
A ray of light originating in oil (n = 1.21) is incident at the Brewster angle upon a flat surface of a quartz crystal (n = 1.458). Determine the angle of incidence for this ray
Point P is at a potential of 500.0 kV and point S is at a potential of 200.0 kV. by how much does its kinetic energy change
A system consists of two positive point charges, q1 and q2>q1. The total charge of the system is +62.0 x 10^-6 C, Find q1 and q2
Explain why you are safe and unaffected inside a car that is struck by lightning. Also explain why it might not be safe to step out of the car just after the lightning strike, with one foot in the car and one on the ground.
The label on a candy bar says 440 Calories. Assuming a typical efficiency for energy use by the body, how high could she go
a village maintains a large tank with an open top containing water for emergencies. the water can drain from the tank
AIlya and Anya each can run at the speed of 8.20 and walk at a speed of 4.00. They set off together on a route of length 5. 0. Anya walks half of the distance and runs the other half, while AIlya walks half of the time and runs the other half.
People who do chin-ups raise their chin just over a bar (the chinning bar), supporting themselves only by their arms. Find the force his arms must exert on him during the accelerating part of the chin-up
q1. from the shape of total energy vs. time plot what can you conclude about the conservation of mechanical energy in
A boy stands at one end of a floating raft that is stationary relative tot he shore. he then walks in a straight line tot he opposite end of the raft, away from the shore. does the raft move? explain.
a spring with an 7.9-kg mass is pulled back 0.25 m. if its frequency is 3.6 hz then find the position velocity and
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