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Q1. An electron with a speed of 6.12 × 108 cm/s in the positive direction of an x axis enters the electric field of magnitude 2.70 × 103 N/C, travelling along a field line in the direction that retards its motion. (a) How far would the electron travel in the field before stopping momentarily, and (b) how much time would have elapsed?
Q2. Yusef pushes a chair of mass = 51.0 across a carpeted floor with a force (the subscript 'p' here is lowercase and throughout the question) of magnitude = 170 directed at = 35.0 below the horizontal. The magnitude of the frictional force between the carpet and the chair is = 99.8.
How much time is necessary for the torso to come to rest
What is the terminal speed for a 76.0 skier going down a 41.0 snow-covered slope on wooden skis = 0.070? Suppose that the skier is 1.80 m tall and 0.500 m wide. Replace mg with net forces parallel to the incline.
Determine the tension in each string
A certain car battery with a 14.0 V emf has an initial charge of 195 A•h. Assuming that the potential across the terminals stays constant until the battery is completely discharged, for how long in hours can it deliver energy at the rate of 184 W.
A wheel 45.0 cm in diameter accelerates uniformly from 206rpm to 340 rpm in 7.0 s. How far will a point on edge of the wheel have travelled in this time.
Compute the camels eastward displacement
A positive charge of q = 3.5 µC is pulled on by two negative charges. One, -2.0 µC, is 0.050 m to the north and the other, -4.0 µC, is d = 0.029 m to the south. What total force is exerted on the positive charge .
Find out the effective coefficient of kinetic friction
Illustrate energy bar graphs to solve the problem . What is amplitude of the oscillations.
Polymer diffusion and Calibration of an optical tweezer
Find out line linking the two point charges
Problem on the velocity of boat
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