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Therefore, if you divide speed by time (as we do in the first acceleration formula), you'll get acceleration unit depending on which system you use. In this case, you need to divide force (poundals in US and newtons in SI) by mass (pounds in US and kilograms in SI) obtaining Centripetal acceleration and tangential acceleration Acceleration is generally a vector, so you can always decompose it into components.
All you need to know is that speed is expressed in feet per second (imperial/US system) or in meters per second (SI system) and time in seconds.
For example, you can find what the momentum change is over a certain time with this formula for momentum.
This is on of the physical quantities we use in our car crash calculator where we explain and visualize the importance of seat belts using numbers, and determine at what speed can you die in a car crash. In it, he formulated the law of universal gravitation which states that any two objects with mass will attract each other with a force exponentially dependent on distance between these objects (specifically, it is inversely proportional to the distance squared).
If you've ever wondered what the physics behind space travel are, look at this Tsiolkovsky rocket equation.
We can measure acceleration experienced by an object directly with an accelerometer.