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## What Happens When Your Net Force Increases When Skydiving

When you skydive, you are constantly falling towards the ground. The only thing that is keeping you from hitting the ground at a high speed is the air resistance pushing against your body. This air resistance is a force that acts opposite to the force of gravity, which is pulling you towards the ground.

The net force on your body is the sum of all the forces acting on you. When you are skydiving, the net force on your body is the difference between the force of gravity and the force of air resistance.

If your net force increases, it means that the force of gravity is pulling you down more than the force of air resistance is pushing you up. This will cause you to accelerate towards the ground.

There are a few things that can cause your net force to increase when skydiving. One possibility is that you have increased your speed. As you fall, the air resistance increases. However, the force of gravity also increases as you fall. If you increase your speed too much, the force of gravity will become greater than the force of air resistance, and your net force will increase.

Another possibility is that you have changed your body position. If you spread your arms and legs out, you will increase the surface area of your body that is exposed to the air. This will increase the air resistance and decrease your net force. Conversely, if you tuck your arms and legs in, you will decrease the surface area of your body that is exposed to the air. This will decrease the air resistance and increase your net force.

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Finally, your net force can also be affected by the density of the air. The denser the air, the greater the air resistance will be. This means that your net force will be lower when you are skydiving in dense air than when you are skydiving in thin air.

## Effects of Increasing Net Force

When your net force increases, it will cause you to accelerate towards the ground. This can have several effects:

You will fall faster. The greater your net force, the faster you will accelerate towards the ground. This can be dangerous if you are not prepared for it.
Your parachute will open later. The longer it takes for your parachute to open, the more time you will spend falling at a high speed. This can increase your risk of injury.
You will have a harder landing. When you land with a high speed, you are more likely to get injured.

## How to Control Your Net Force

There are a few things you can do to control your net force when skydiving:

Control your speed. The faster you fall, the greater your net force will be. To control your speed, you can use your body to create drag. You can also use a drogue chute to slow yourself down.
Control your body position. The position of your body can affect the amount of air resistance you experience. To increase your air resistance, you can spread your arms and legs out. To decrease your air resistance, you can tuck your arms and legs in.
Control your altitude. The density of the air decreases as you gain altitude. This means that your net force will be lower when you are skydiving at a high altitude than when you are skydiving at a low altitude.

By controlling your net force, you can control your speed, your parachute opening time, and your landing speed. This will help you to stay safe and have a more enjoyable skydiving experience.

## Conclusion

Net force is an important concept to understand when skydiving. By controlling your net force, you can control your speed, your parachute opening time, and your landing speed. This will help you to stay safe and have a more enjoyable skydiving experience.

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