Suppose the magnitude of the

  1. Suppose two boxes on a frictionless table are connected by a heavy cord of mass 1.0 kg. Calculate the acceleration (magnitude)
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  2. Two point charges are separated by 6.4 cm. The attractive force between them is 10 N. Suppose that the charges attracting each
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  3. We are told that the magnitude of the negative charge on the electron is exactly equal to the magnitude of the postive charge on
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  4. Suppose the magnitude of the "drag force" acting on the falling object of mass m is Dv2. Find the expression for the magnitude
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  5. Exercise 30: Velocities have both direction and magnitude and thus are vectors. The magnitude of a velocity vector is called
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  6. the magnitude of earths magnetic field at the magnetic north pole is 61/1000000.(a) determine the magnitude of the dipole moment
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  7. An electron and a proton have charges of opposite sign, but the magnitude of their charges has the same value of 1.60 10-19 C.
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  8. JUMPING OFF THE GROUND (10 points possible)A person of mass m jumps off the ground. Suppose the person pushes off the ground
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  9. JUMPING OFF THE GROUND (10 points possible)A person of mass m jumps off the ground. Suppose the person pushes off the ground
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  10. A person of mass m jumps off the ground. Suppose the person pushes off the ground with a constant force of magnitude F for T
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