Coulomb's Law Table: Electrostatic force by Charge 1
Reference table of electrostatic force for Coulomb's Law across a range of charge 1 values — exact, engine-computed figures you can read off at a glance.
Coulomb's Law Calculator
Verified formula Updated Jun 2026 Private — runs on your device
Verified formula
Private
Electrostatic force
0.898750
For general information only — not financial, tax, legal or medical advice. Verify before you rely on it.
How to use the Coulomb's Law Calculator
The Coulomb's Law Calculator works out your electrostatic force in an instant. Enter charge 1, charge 2 and distance apart and the result updates as you type — it is free, needs no sign-up, and runs entirely in your browser so your figures stay private.
- Enter the charge 1.
- Enter the charge 2.
- Enter the distance apart.
- Read off your electrostatic force — the calculator updates automatically, with no button to press.
Worked example
For example, with charge 1 of 0 C, charge 2 of 0 C and distance apart of 0.1 m, the electrostatic force is 0.898750.
| Charge 1 | 0 C |
|---|---|
| Charge 2 | 0 C |
| Distance apart | 0.1 m |
| Electrostatic force | 0.898750 |
|---|
Results are estimates for educational use, not professional advice.
Key terms explained
- Force
- A push or pull on an object, equal to mass × acceleration (Newton's second law).
Frequently asked questions
It gives the force between two charges: F = k·q₁·q₂ ÷ r², where k is about 8.99×10⁹. Two 1 µC charges 0.1 m apart push with about 0.9 N.
Like charges repel and opposite charges attract. This calculator reports the magnitude of the force.
It follows an inverse-square law, so doubling the distance cuts the force to a quarter.
It is approximately 8.99×10⁹ N·m²/C², linking charge, distance and force in a vacuum.
Enter the charge 1. Enter the charge 2. Enter the distance apart. Read off your electrostatic force — the calculator updates automatically, with no button to press.
Related guides
How to Calculate Coulomb's Law: Formula, Steps & Examples
Learn how to calculate Coulomb's Law — the formula explained step by step, with worked examples and a free calculator to check your answer.