When you put the egg into the sock it helps lessen the bounce as it falling to the ground, but it will give air in the space .It also is an extra layer of protection for the egg. It’s the elevator effect. The sock can take up the shock of the fall. When you put the sock into the box it is first layer of protection for the fall, and the surface area of the box controls of the egg.

This what got so far on my pargraph.I don't what other forces my box can lessen to protect my egg.

And your question is?

To further enhance the protection of the egg, you can consider other forces that the box can help lessen. Here are a few additional factors to consider:

1. Compression forces: The box can distribute the force of impact by absorbing and distributing the compression forces. This can be achieved by adding cushioning materials such as foam or bubble wrap inside the box.

2. Shear forces: Shear forces occur when there is a sliding motion between different parts of an object. To prevent shear forces from damaging the egg, you can use materials with high friction, such as rubber or anti-slip pads, to secure the egg within the box and minimize any sliding or movement.

3. Vibration and oscillation: During freefall or impact, the egg may experience vibrations and oscillations. To reduce the effects of these movements, you can add padding materials such as fabric or soft foam on the inside of the box. These materials will help dampen vibrations and absorb shocks, reducing the chances of the egg cracking due to excessive movement.

4. External pressure: The external pressure acting on the box is another factor to consider. If the box is stacked or undergoes any external pressure, it can affect the egg inside. Reinforcing the box with additional layers or using a stronger, sturdier material can help prevent external pressure from damaging the egg.

By considering these additional forces and taking appropriate measures, you can create a more comprehensive protective solution for your egg during falls.