Electric Force & Electric Fields Worksheet
1. How many electrons are contained in 3 C charge? (1.875 x 1019)
2. If a distance of 1 Km separates two electrons, what would be the electrostatic force between them? (2.3 x 10-34 N)
3. Find the ratio of electric force to the gravitational force between two electrons. (4.16 x 1042:1)
4. How far apart are two electrons if they exert a force a repulsion of 6 N on each other? (6.2 x 10-15 N)
5. Two objects are 1.5 meters apart. They carry identical charges. How large is the charge on each if an object experiences a force of 2 N from the other object? (2.24 c 10-5 C)
Electric Force & Electric Fields Worksheet
1. How many electrons are contained in 3 C charge? (1.875 x 1019)
2. If a distance of 1 Km separates two electrons, what would be the electrostatic force between them? (2.3 x 10-34 N)
3. Find the ratio of electric force to the gravitational force between two electrons. (4.16 x 1042:1)
4. How far apart are two electrons if they exert a force a repulsion of 6 N on each other? (6.2 x 10-15 N)
5. Two objects are 1.5 meters apart. They carry identical charges. How large is the charge on each if an object experiences a force of 2 N from the other object? (2.24 c 10-5 C)
Electric Force & Electric Fields Worksheet
1. How many electrons are contained in 3 C charge? (1.875 x 1019)
2. If a distance of 1 Km separates two electrons, what would be the electrostatic force between them? (2.3 x 10-34 N)
3. Find the ratio of electric force to the gravitational force between two electrons. (4.16 x 1042:1)
4. How far apart are two electrons if they exert a force a repulsion of 6 N on each other? (6.2 x 10-15 N)
5. Two objects are 1.5 meters apart. They carry identical charges. How large is the charge on each if an object experiences a force of 2 N from the other object? (2.24 c 10-5 C)
Electric Force & Electric Fields Worksheet
1. How many electrons are contained in 3 C charge? (1.875 x 1019)
2. If a distance of 1 Km separates two electrons, what would be the electrostatic force between them? (2.3 x 10-34 N)
3. Find the ratio of electric force to the gravitational force between two electrons. (4.16 x 1042:1)
4. How far apart are two electrons if they exert a force a repulsion of 6 N on each other? (6.2 x 10-15 N)
5. Two objects are 1.5 meters apart. They carry identical charges. How large is the charge on each if an object experiences a force of 2 N from the other object? (2.24 c 10-5 C)