In order to answer this question, we first need to define what a “km/h” is. km/h is the SI unit of speed, and it stands for “kilometre per hour”. So, if we wanted to answer the question of how fast a car must go to go from 0-60 in 10 seconds, we would need to divide 10 by 1,000,000 – which gives us an answer of 600 km/h.
What is Constant Acceleration?
There is a common misconception that constant acceleration is required to go from zero to mph in seconds. In reality, there is no specific number of acceleration units necessary to achieve this feat. However, the faster the car is traveling, the more acceleration units are needed.
To accelerate from zero to mph in seconds, a car must be traveling at a speed of at least 20 mph. If the car is traveling slower than this, more acceleration units will be needed to achieve the same speed. For example, if a car is going from 0 to 5 mph, it will need 8 acceleration units. If the car is going from 5 to 10 mph, it will need 12 acceleration units.
How Constant Acceleration Affects Speed and Distance Travelled
Constant acceleration affects speed and distance travelled in two ways: first, it affects how quickly a car can reach a desired speed; and second, it affects the distance that a car can travel before stopping.
The faster a car can reach a desired speed, the shorter its distance travelled will be before it eventually comes to a stop. For example, if you wanted to travel 100 miles at 50 mph, but you were required to accelerate from 0-50 mph over an infinite period of time, your car would actually only travel 48 miles before coming to a stop. This is because the 50 mph you reach after accelerating for an infinite period of time is the same as the 50 mph you would have reached had you been driving at this speed from the beginning.
In contrast, the further a car can travel before coming to a stop, the less impact it will have on other vehicles and pedestrians. For example, if you wanted to travel 100 miles at 50 mph, but you were required to accelerate from 0-25 mph over an infinite period of time, your car would actually travel 92 miles before coming to a stop. This is because 25 mph is less than 50 mph – meaning that your car would go faster for longer periods of
The Formula to Calculate Constant Acceleration in SI Units
To calculate how much constant acceleration a car must experience to go from zero to mph in seconds, you use the following formula:
Acceleration (in SI units) = (m/s2) x (1/s)
where m is the mass of the car and s is the time it takes for the car to travel that distance.
Results of the Calculations
To go from zero to mph in seconds, a car must have a constant acceleration of 1.5 si units.
Conclusion
In order to answer this question, we need to first understand what “constant acceleration” means. Constant acceleration is simply the rate at which a car is increasing its speed; in other words, how fast it’s going overall. To go from zero to 60 mph in 10 seconds, a car would need an instantaneous constant acceleration of 657.14 mi/h (1,000 ft/s2).