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A 0.70-kg disk with a rotational inertia given by MR2/2 is free torotate on a fixed horizontal axis suspended from the ceiling. A string is wrapped around the disk and a 2.0-kg mass hangs from the free end. If the string does not slip, then as the mass falls and the cylinder rotates, the suspension holding the cylinder pulls up on the cylinder with aforce of:
A. 6.9NB. 9.8NC. 16ND. 26NE. 29N
Ten days after it was launched toward Mars in December 1998, find the potential energy of the earth-spacecraft system
A 1.6-rm MHz sound wave travels through a pregnant woman's abdomen and is reflected from the fetal heart wall of her unborn baby. The heart wall is moving toward sound receiver as the heart beats.
consider a single turn circular loop of radius 20 cm. a at what point along the axis is the magnetic field 1 of that at
During the execution of a play, a football player carries the ball for a distance of 43 m in the direction 62° north of east. find the northward component of the ball's displacement
a block of mass m5.0kg is pulled along a rough horizontal surface by a rope as sketched. the tension in the rope is 40n
the magnetism of the earth acts approximately as if it originates from a huge bar magnet within the earth. which of the
The Earth's radius is 6370 km . There is a downward-pointing electric field in the atmosphere above the Earth's surface, What is the flux of the electric field out of the Earth, What is the charge on the Earth
Suppose you want to dertermine the electrical field in acertain region of space. You have a small object of knowncharge and an instrument that measures the magnitude and directionof the force exerted on the object by the electrical field.
Find the distance from the positive plate
In a double-slit experiment, slits separated by 1.260e-4 m are illuminated by a coherent 571 nm light source. What is the angular position of the first bright fringe
Two waves traveling on a string in the same direction both have a frequency of 141 Hz, a wavelength of .43 m, and an amplitude of .16 m. What is the phase difference between the two waves
An electron with speed v0 =4.16×106m/s is traveling parallel to and along the same direction as an electric field of magnitude E = 7.90×103N/C, How far will the electron travel before it stops
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