The formula for calculating skydiver deceleration force is force = mass x acceleration. In this case, the mass is the weight of the skydiver and the acceleration is the change in velocity over time.
The factors that affect the deceleration force experienced by a skydiver include their weight, the drag force from their parachute, and the air resistance. The height from which they jump and their body position can also play a role.
To convert a skydiver's velocity to acceleration, you can use the formula acceleration = change in velocity / time. This will give you the average acceleration experienced by the skydiver over a certain period of time.
The typical range of deceleration forces experienced by a skydiver is between 3-5 Gs (gravitational force). This means that the skydiver will feel 3-5 times their body weight pushing against them during deceleration.
Calculating deceleration force can help in ensuring a safe skydiving experience by providing information about the forces that the body will experience during freefall and parachute deployment. This can help in determining the appropriate equipment and training needed for a safe skydive.