The g-force experienced by an object depends on the acceleration it undergoes, not just its speed. To convert a speed of 100 km/h to g-force during a deceleration or acceleration, you can use the formula ( g , (in , m/s^2) = \frac{v^2}{2d} ), where ( v ) is the speed in m/s and ( d ) is the distance over which the change occurs. For example, if you decelerate from 100 km/h to 0 in 1 second, you would experience approximately 0.27 g's of force. Without specifying the deceleration distance or time, it's not possible to directly equate speed to g-force.
300km in 3 hours = 100km per hour
Velocity or speed. It means the car travels an average of 100km every hour. It equates to 62.14 miles per hour.
KE = 1/2 mass *velocity squared A direct relationship. More mass, and a truck has more mass, and the more kinetic energy if velocities are held equal.
The time it takes to travel at a speed of 100 km per hour depends on the distance you need to cover. You can calculate the time using the formula: time = distance/speed. For example, to travel 100 kilometers at that speed would take 1 hour, while traveling 200 kilometers would take 2 hours.
54 minutes
100
obviously 100km per hour
1 hour and 34 minutes
300km in 3 hours = 100km per hour
Time = Distance/Speed = 85/100 = 0.85 hours.
Time = Distance/Speed = 100/75 = 11/3 hours = 1 hour 20 minutes.
Velocity or speed. It means the car travels an average of 100km every hour. It equates to 62.14 miles per hour.
100km/hour as speed=distance/time therefore 200km/2hour=100km/hour
It's 110km/h in most places and 100km/h in other on the Freeway.
It depends on what speed you're travelling at, if you're driving at an average speed of 100km an hour, then it would take you about 3 to 4 hours
100km/h is 62 MPH
KE = 1/2 mass *velocity squared A direct relationship. More mass, and a truck has more mass, and the more kinetic energy if velocities are held equal.