"Abcoulomb" Example Sentences
1. An abcoulomb is a unit of electric charge.
2. I measured the charge in abcoulombs using my electrometer.
3. The electric field strength was measured in abcoulombs per meter.
4. A current of one abcoulomb per second is equivalent to one ampere.
5. We need to convert coulombs to abcoulombs for this calculation.
6. The abcoulombs per cubic meter of air were higher than expected.
7. The charge of the proton is conveniently expressed in abcoulombs.
8. The electric force between two point charges can be expressed in abcoulombs.
9. The capacitance of a typical capacitor is measured in microabcoulombs.
10. This battery is rated to produce 9 million abcoulombs of electric charge.
11. The abcoulomb is named after French physicist Charles-Augustin de Coulomb.
12. The abcoulomb is used in the International System of Units (SI).
13. I measured the charge on the object to be 5 abcoulombs.
14. The abcoulombs in the circuit caused the motor to turn.
15. The electric potential can be measured in volts per abcoulomb.
16. The abcoulomb is a scalar quantity and has no direction.
17. The electrostatic force on an object can be expressed in abcoulombs.
18. The abcoulomb is approximately equal to 10 coulombs.
19. The electric field at a point can be calculated using the abcoulombs nearby.
20. The abcoulombs on the surface of the object created a strong electric field.
21. One abcoulomb is equivalent to 10^9 electrostatic units.
22. The charge density can be measured in abcoulombs per cubic centimeter.
23. The abcoulombs in the circuit caused a spark to jump between the electrodes.
24. The abcoulomb is a large unit of electric charge, typically used in scientific calculations.
25. The abcoulomb is defined as the amount of charge passing through a point in one second, assuming a constant current.
26. The magnetic field strength can be measured in teslas per abcoulomb-meter.
27. The abcoulomb is a fundamental unit of electric charge, along with the coulomb and the statcoulomb.
28. The abcoulombs in the circuit caused the light bulb to light up.
29. The force between two point charges can be calculated using the abcoulomb as the unit of charge.
30. One abcoulomb of charge is equivalent to 10^9 abstatcoulombs.
Common Phases
1. The electric field strength at that point is 3
abcoulombs per meter;
2. The charge on the particle is 6
abcoulombs;
3. The potential difference between the two points is 10
abcoulombs;
4. The electric flux through the surface is 8
abcoulombs;
5. The current flowing through the wire is 2
abcoulombs per second.