The formula for solving for distance in this scenario is: distance = (force * time^2) / (2 * mass).
Force should be measured in Newtons (N), time in seconds (s), and mass in kilograms (kg).
The mass of the crate directly affects the distance it travels. A heavier crate will require more force and time to travel the same distance as a lighter crate. This is because the mass is in the denominator of the formula, meaning that as the mass increases, the distance traveled decreases.
No, this formula is specifically for crates on a level floor. Different surfaces, such as inclines or rough terrain, will require different formulas to calculate distance traveled.
Yes, there is a limit to the amount of force that can be applied to the crate. This is known as the maximum static friction force, and it is determined by the coefficient of friction between the crate and the floor. If the applied force exceeds this limit, the crate will start to slide rather than move with a constant velocity.