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You are told that an object has zero acceleration. Two forces on the object are F = 3.2N at 80 below the +x-axis and F = 3.2N at 40 above the -x-axis. Is there a third force on the object? Find the magnitude of the third force in Newtons and the direction of the force in degrees.
What are the strength and direction of the electric field at the position indicated by the dot in the figure below, in which q = 3 nC, d = 11 cm, and the positive x-axis points to the right?
You take a set of measurements for the wavelengths and frequencies of standing waves on a string that is under a tension of 1.96 N. What is the linear mass density of the string
After the right string is cut, the meterstick swings down to where it is vertical for an instant before it swings back up in the other direction. What is the angular speed when the meterstick is vertical
a sprinter accelerates uniformly from rest to a speed of 9ms while traveling 18m.a what was thier acceleration?b what
Using the electric field described in the alpha cannon simulation, suppose that an alpha particle is fired upward from a height y = 0 m, What is the horizontal distance traveled by the particle
1. an electric motor performs 2000 j of work while lifting a 50 kg mass. how far does it lift the mass?it it takes
An electron is accelerated to speed of 1.5*10^8 m/s. at that speed, compare the relativistic results to classical results for , find the electron rest energy according to the relativistic laws
A car makes a trip due north for three-fourths of the time and duesouth one-fourth of the time. The average northward velocity has amagnitude of 24 m/s, and the averagesouthward velocity has a magnitude of 23 m/s.
a car is driving at 23m/s along a road. It is at the bottom of the hill. kinetic friction equals 1.00 and the radius of the hill is 200 meters. what is the tangential acceleration of the car at the top of the hill with radius of 200 meters
you are hanging with your hands on a horizontal conducting wire that is immersed over a distance of 1m in a horizontal
A 7.9cm diameter horizontal pipe gradually narrows to 5.3cm . When water flows through this pipe at a certain rate, compute the volume rate of flow
you throw a ball upward with an initial speed of 4.6 rm ms. when it returns to your hand 0.94 rm s later it has the
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