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A 6.9 C negative point charge has a positively charged particle in an elliptical orbit about it. If the mass of the positively charged particle is 1.0 micrograms and its distance from the point charge varies from 4.0 mm to 16.0 mm, what is the maximum potential dissimilarity through which the positive object moves?
Consider a stack of paper 3.0 meters high. each sheet of paper is the stack has a thickness of 0.01 centimeter
Two people are pushing their stalled car up a hill with anincline of 4.20 degrees. They are pushing parallel to the surfaceof the hill. The cars mass is 954 kg. What is the combined forcethey must apply to keep the car moving at a constant speed up t..
A charge -318e is uniformly distributed along a circular arc of radius 7.00 cm, which subtends an angle of 49o, What is the linear charge density along the arc
water flows at 0.885 ms through a hose with a diameter of 2.92 cm and then exits through a nozzle with a diameter of
Two protons are maintained at a separation of 803 nm. Calculate the electric potential due to the two particles at the midpoint between them
The intensity of solar radiation near the earth is 1.4 × 103 W/m^2. What force is exerted by solar radiation
Air streams horizontally past a small airplane's wings such that the speed is 62.0 m/s over the top surface and 52.0 m/s past the bottom surface. What is the direction of the net vertical force on the airplane
When the space between two parallel plates is devoid of matter, the capacitance is .47 micro farrads. The dielectric constant is
A wheel with a tire mounted on it rotates at the constant rate of 2.59 times a second. A tack is stuck in the tire at distance 31.7 cm from the rotation axis. Noting that for every rotation the tack travels one circumference, find the tack\'s tangent..
A positive charge of Q = 4.60 uC is fixed in place. From a distance of ri = 4.60 cm a particle of mass m = 5.70 g, What is the minumum distance rf between the two charges
a six-sided die has a positive charge in the center of each face and a negative charge embedded in the center. the
A duck is swimming down a river and passes a slow moving log. If the log had a mass of 35.2 kg, and the duck was swimming at 3.00 m/s, what is the log\'s kinetic energy
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