Physics-Coulomb's Law and electrostatics
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Last updated over 4 years ago
20 questions
4
These are some of the terms associated with the study of electric charges. Find which terms match with which definitions. Keep at it until you get green dots for each set.
These are some of the terms associated with the study of electric charges. Find which terms match with which definitions. Keep at it until you get green dots for each set.
| Draggable item | arrow_right_alt | Corresponding Item |
|---|---|---|
electric field | arrow_right_alt | the space around a charge that is influenced by that charge |
electrostatics | arrow_right_alt | an equation that relates the strength of the force exerted by one charge on another with respect to the distance between them; an inverse square law |
static electricity | arrow_right_alt | the study of phenomena created by electric charges at rest |
Coulomb's law | arrow_right_alt | electricity held in place by a material with an electric charge |
1
A large electrostatic generator is commonly called a(n) _____.
A large electrostatic generator is commonly called a(n) _____.
1
Select all that apply.How does an electrostatic generator operate?
Select all that apply.
How does an electrostatic generator operate?
1
What occurs when charges build up on a surface?
What occurs when charges build up on a surface?
1
Charge q is 1 unit of distance away from the source charge S. Charge p is three times farther away than q. The force of S on p is ______ the force of S on q.
Charge q is 1 unit of distance away from the source charge S. Charge p is three times farther away than q. The force of S on p is ______ the force of S on q.
1
Set both charge 1 and charge 2 to -4 microcoulombs (the only charge available). Do the dummies push or pull?
Set both charge 1 and charge 2 to -4 microcoulombs (the only charge available). Do the dummies push or pull?
1
Do the charges attract or repel each other?
Do the charges attract or repel each other?
1
Leave charge 1 at -4 microcoulombs and set charge 2 to 4 microcoulombs. Do the dummies push or pull?
Leave charge 1 at -4 microcoulombs and set charge 2 to 4 microcoulombs. Do the dummies push or pull?
1
Do the charges attract or repel each other?
Do the charges attract or repel each other?
1
Place charge 1 on the 4 cm mark and charge 2 on the 6 cm mark. What is the force value of charge 2?
Place charge 1 on the 4 cm mark and charge 2 on the 6 cm mark. What is the force value of charge 2?
1
Now double the distance between the charges by moving charge 2 to the 8 cm mark. What is the force value of charge 2?
Now double the distance between the charges by moving charge 2 to the 8 cm mark. What is the force value of charge 2?
1
Compare the value of 4 cm apart to 2 cm apart? (divide answer to 11 by the answer to 10). Rounded to the tenth (0.1), what did you get?
Compare the value of 4 cm apart to 2 cm apart? (divide answer to 11 by the answer to 10). Rounded to the tenth (0.1), what did you get?
1
Explain how the answer to twelve follows or does not follow Coulomb's Law. You might want to scroll up and look at the chart and the summary under it.
Explain how the answer to twelve follows or does not follow Coulomb's Law. You might want to scroll up and look at the chart and the summary under it.
1
Who invented lightning rods to protect buildings from lightning?
Who invented lightning rods to protect buildings from lightning?
1
An atmospheric discharge of static electricity is called _____.
An atmospheric discharge of static electricity is called _____.
2
. Three particles are located on a coordinate system. An electron is located at the origin, a proton is located at (0, 1), and an electron is located at (1, 0). What is the direction of the net electrostatic force on the electron located at the origin?
. Three particles are located on a coordinate system. An electron is located at the origin, a proton is located at (0, 1), and an electron is located at (1, 0). What is the direction of the net electrostatic force on the electron located at the origin?
2
. An electron and a proton are separated by 1.50 × 10-10 m. If they are released, which one will accelerate at a greater rate, and what is the magnitude of that initial acceleration? (me =9.1x10 -31kg, mp =1.67x 10-27kg )
. An electron and a proton are separated by 1.50 × 10-10 m. If they are released, which one will accelerate at a greater rate, and what is the magnitude of that initial acceleration? (me =9.1x10 -31kg, mp =1.67x 10-27kg )
2
A hydrogen nucleus (charge +e) and a beryllium nucleus (charge +4e) experience a force, F. Given k as the Coulomb’s law constant, which of the following is the distance between the nuclei?(solve for d)
A hydrogen nucleus (charge +e) and a beryllium nucleus (charge +4e) experience a force, F. Given k as the Coulomb’s law constant, which of the following is the distance between the nuclei?(solve for d)
1
Three identical conducting spheres are on insulated stands and are not touching one another initially. Sphere A has a charge of +10 µC, Sphere B has a charge of -6 µC, and Sphere C has a charge of -4 µC. Sphere A contacts Sphere B, and they are separated. Next, Sphere B contacts Sphere C, and they are separated. What is the final charge on Sphere C?
Three identical conducting spheres are on insulated stands and are not touching one another initially. Sphere A has a charge of +10 µC, Sphere B has a charge of -6 µC, and Sphere C has a charge of -4 µC. Sphere A contacts Sphere B, and they are separated. Next, Sphere B contacts Sphere C, and they are separated. What is the final charge on Sphere C?
1
A helium nucleus (charge +2e) and a hydrogen nucleus (charge +e) are initially separated a certain distance. If the helium nucleus is held in place, describe the motion of the hydrogen nucleus.
A helium nucleus (charge +2e) and a hydrogen nucleus (charge +e) are initially separated a certain distance. If the helium nucleus is held in place, describe the motion of the hydrogen nucleus.