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A 2 kilogram shell is fired from a tank with a force of 500 Newton. Estimate what is its acceleration.
A charged conducting sphere has a radius of 10.0 cm and is surrounded by an electric field. What is the potential at the center of sphere
question the equation for the spherical wave front of a light pulse that begins at the origin at time t0 is
Four long, straight wires parallel to the z axispass through the points (±8.5 cm, ±8.5 cm) at the corners of a square inthe x-yplane. Each carries a currentof 4.0 A, with the upper twocurrents in the -z direction and the lower two inthe +z directi..
Which of the planets fits the following description: "a solid, cool surface, with occasional dust clouds and a thin CO2 atmosphere".
the current density in a copper wire of radius 0.750 mm is uniform. the wires length is 6.00 m the end-to-end potential
A certain digital camera having a lens with focal length 7.5 cm focuses on an object 1.80m tall that is 4.35m fromt he lens. How far must the lens be from the photocells
If we assume the ice is perfectly slick (that is, no friction between the crewman and the ice once he slips and falls down), At what speed will the crewman hit the bottom of the ravine
A jet airplane flying over Chyenne, Wyoming, has an air speed of 260 m/s in a direction 5.0 degrees south of west. What is the velocity of the airplance relative to the earth
A 95.0 kilogram ice hockey player hits a 0.150 kilogram puck, giving the puck a velocity of 42.5 m/s. determine how far does the player recoil in the time it takes the puck to reach the goal 16.0 meter away
The mass of the Space Shuttle orbiter is 8.8 x 104 kgand the period of its orbit is 82 minutes. Estimate thekinetic energy of the orbiter and the work done on it by gravitybetween the launch and orbit.
As your bus rounds a flat curve at constant speed, a package with mass 0.300 kg , suspended from the luggage compartment of the bus by a string 50.0 cm long, is found to hang at rest relative to the bus, with the string making an angle of 30.0 degree..
The average speed of the atoms in a 3.9 g sample of helium gas is 607 m/s. Estimate the thermal energy of the sample
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