Now, let's look at how the distance from the charge affects the magnitude of the electric field. select values on the menu, and then click and drag one of the yellow e-field sensors. you will see the magnitude of the electric field given in units of v/m (volts per meter, which is the same as newtons per coulomb). place the e-field sensor 1 m away from the positive charge (1 m is two bold grid lines away if going in a horizontal or vertical direction), and look at the resulting field strength. consider the locations to the right, left, above, and below the positive charge, all 1 m away. for these four locations, the magnitude of the electric field

On a horizontal frictionless surface, a small block with mass 0.200 kg has a collision with a block of mass 0.400 kg. immediately after the collision, the 0.200 kg block is moving at 12.0 m/s in the direction 30° north of east and the 0.400 kg block is moving at 11.2 m/s in the direction 53.1° south of east. use coordinates where the +x-axis is east and the +y-axis is north.(a) what is the total kinetic energy of the two blocks after the collision (in ) what is the x-component of the total momentum of the two blocks after the collision? (indicate the direction with the sign of your ) what is the y-component of the total momentum of the two blocks after the collision? (indicate the direction with the sign of your answer.)