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Erin is late tp physics class and is coming down the hall as the bells are ringing. There are two bells in the hall, one at the far end and one in front of the classroom she is approaching. Each rings with a frequency of 500 Hz. As erin comes down the hallway with a speed of 1m/s towards the classroom what frequency does she hear for each bell? and what beat frequency does she hear?
a uniform 4.5-T magentic field passes perpendiculary through the plane of a wire loop 0.10 m2 in an area. what flux passes through the loop
A 7.05 10-3-kg plastic ball with a charge -0.156 µC is suspended from a ceiling with an insulating thread such that the ball stays between the plates of the capacitor. What is the magnitude of the electric field between the plates
A large 16.0-kg roll of paper with radius R=18.0cm rests against the wall and is held in place by a bracket attached to a rod through the center of the roll. find the magnitude of the angular acceleration of the roll
A loudspeaker of mass 20.0 kg is suspended a distance of h = 2.20m below the ceiling by two cables that make equal angles with the ceiling. What is the tension T in each of the cables
What is the stopping distance when the surface is dry and the coefficient of friction is 0.620.
A wooden raft has a mass of 47 . When empty it floats in water (density 1000 ) with 59% of its volume submerged. What mass of sand can be put on the raft without it sinking
A light beam is incident on a piece of zircon (n = 1.923) at the Brewster's angle. Find the value of Brewster's angle
An astronaut of 100 kg (including space suite) is conducting a apcewalk and exerts a force of 40 N on a 10000 kg spacecraft. What force is exerted on the astronaut by the spacecraft
A river has a steady speed of 0.25m/s. A student swims upstream a distance of 1 km and swims back to the starting point. If the student can swim at the speed of 1.4m/s in still water.
What is the maximum angle of incidence for a light ray within the water to strike the glass wall and still emerge to the outside air
A 0.300-kg puck, initially at rest on a horizontal, frictionless surface, Determine the velocity of the 0.300-kg puck after the collision
Find out direction and magnitude of force
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