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Let F = 7.9 mN (Note units) and G = 18 deg. Type the unit, mg (Note units), after typing your numerical answer. 6b. Two spheres each of mass m are suspended by light cords and then given electrostatic charges of like sign. Calculate the value of m if the replusive force acting between the spheres is F.
in a historical movie two knights on horseback start from rest 99 m apart and ride directly toward each other to do
An object with mass 835-g undergoes an acceleration given by a = (3.00 i + 8.00 j) m/s2. Find the resultant force acting on the object
The two angled are used to support the crate. The tension in the ropes can have any value up to 1500 N. What is the largest mass the rope can support
A 1-cm tall object is placed 10-cm in front of a concave mirror. a 4-cm tall image is formed infront of the mirror. Draw a diagram for this problem.
The magnet rotates at angular frequency w. Write an expression for the flux through a single loop as a function of time in terms of magnet area, coil area, and field strength. (It should include a sine function.)
A race car, starting from rest, travels around a circular turn of radius 28.3 meter. Evaluate what is the magnitude of the total acceleration
In a ballistics test, a 23-g bullet travelling horizontally at 1300 m/s goes through a 40.0 cm-thick 450-kg stationary target and emerges with a speed of 900m/s. The target is free to slide on a smooth horizontal surface.
During a particular car crash, it takes just 0.18s for the car to come to a complete stop from 50 km h -1. At what rate is the car accelerating during the crash
A speedy tortoise can run at 0.01 meters per second and a hare can run 21 times as fast. In a race they both start at the same time; however the hare stops to rest for 1.50 minutes. So the tortoise wins by a shell (20 cm).
Identify how the carbon sequestration strategy seeks to fix, or at a minimum, define what is meant by the term carbon sequestration
A cars brakes can only accelerate the car by -10m/s^2. If the car is going 30m/s when the brakes are applied, how long would it take for the car to come to a stop.
Imagine that the force of gravity has been turned off, and we wish to keep the Moon in its current orbit around the Earth, using the electrostatic (Coulomb) interaction.
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