Crash Results
| Impact Force (N) |
Stopping Distance (m) |
Stopping Time (s) |
|
|
|
Detailed Results
Average Impact Force
| Unit |
Value |
| meters per second (m/s) |
|
| kilometers per hour (km/h) |
|
| feet per second (ft/s) |
|
| miles per hour (mph) |
|
| feet per minute (ft/min) |
|
| meters per minute (m/min) |
|
Stopping Time
| Unit |
Value |
| milliseconds (ms) |
|
| seconds (s) |
|
| minutes (min) |
|
Deceleration
| Unit |
Value |
| meters per second squared (m/s²) |
|
| gravitational acceleration on Earth (g) |
|
Feels Like Being Pressed With a Mass of
| Unit |
Value |
| grams (g) |
|
| kilograms (kg) |
|
| metric tons (t) |
|
| ounces (oz) |
|
| pounds (lb) |
|
| stones (st) |
|
| US short tons (US ton) |
|
| imperial tons (long ton) |
|
How to Use
To use the Car Crash Calculator, enter your car's speed and your weight in the respective fields. Choose the units for both speed and weight. Click 'Calculate' to see the impact force, stopping distance, and stopping time based on the entered values.
Formula
The formula used is: F = mv²/2d for stopping distance, or F = mv/t for stopping time.
FAQs
1. What is the impact force?
The impact force is the force exerted during a collision. It's calculated using the car's mass and speed. Understanding this force can help assess potential injuries in a crash.
2. How is stopping distance calculated?
Stopping distance is derived from the car's speed and mass. It shows how far a car travels after the brakes are applied until it comes to a complete stop, vital for safety assessments.
3. Can this calculator be used for all vehicles?
Yes, this calculator is designed for any vehicle. However, ensure you input accurate weight and speed values for precise results. It's a valuable tool for drivers and safety analysts alike.
4. What units can I use?
You can use various units for speed and weight, such as kilometers per hour (km/h) for speed and kilograms (kg) for weight. This flexibility allows for user preference and accuracy.
5. How accurate are the results?
The results are based on standard physics formulas. However, real-world conditions may vary, and factors like road conditions and vehicle dynamics can affect actual outcomes.
