Point charge of problem, A point charge of +6 μC is located

Point charge of problem

Reference no: EM13657084

A point charge of +6 μC is located at x = −2 cm, and a second point charge of −8 μC is located at x = 1 cm. Where must a third charge of +2 μC be placed so that the electric field at x = 0 cm is zero? Answer in units of cm.

Reference no: EM13657084

Questions Cloud

Velocity of the center of mass of the hollow sphere : A 4.00 kg hollow sphere of radius 5.00 cm starts from rest and rolls without slipping down a 30.0 degree incline. If the length of the incline is 50.0 cm, then the velocity of the center of mass of the hollow sphere at the bottom of the incline is:

Define the focal length of the mirror : A small figurine has a height of 3.5 cm and is placed in front of a concave mirror. The image of the statue is inverted, 1.5 cm tall, and located 13 cm in front of the mirror. Define the focal length of the mirror.

What is the rockets initial mechanical energy : A 9960 lb rocket is launched straight up, starting at rest. The thrust force pushing the rocket upward is 20000 lb. Air resistance exerts a force of 4000 lb (assumed constant). Think the point at which the rocket is 5.0 miles up.

What voltage is generated among the wingtips : A Boeing 747 jet with a wingspan of 60.0 m is flying horizontally at a speed of 295 m/s over Phoenix, Arizona, at a location where Earth's magnetic field is 49.5 µT at 58.0° below the horizontal. What voltage is generated among the wingtips?

Point charge of problem : A point charge of +6 μC is located at x = −2 cm, and a second point charge of −8 μC is located at x = 1 cm. Where must a third charge of +2 μC be placed so that the electric field at x = 0 cm is zero?

Define the gauge pressure and total pressure-spheres surface : A 8.59 kg sphere of radius 6.57 cm is at a depth of 2.92 km in seawater that has an average density of 1025 kg/m3. Define the (a) gauge pressure, (b) total pressure, and (c) corresponding total force compressing the sphere's surface?

What is the acceleration of your eyelid : When you blink your eye, the upper lid goes from rest with your eye open to totally covering your eye in a time of 0.024s. Estimate the distance that the top lid of your eye moves through a blink. What is the acceleration of your eyelid? Assume it to..

User Account

All Pages