The 9.81N mystery refers to the force of gravity on Earth, which is approximately 9.81 newtons per kilogram. This force is what causes objects, such as eggs, to fall towards the ground when dropped.
An egg cracks when dropped from a certain height because of the impact force it experiences upon hitting a hard surface. The force of gravity causes the egg to accelerate towards the ground, and when it hits the ground, the force of the impact is greater than the strength of the eggshell, causing it to crack.
Yes, it is possible to drop an egg without cracking it if certain precautions are taken. For example, the egg can be dropped onto a soft surface or can be placed inside a protective casing, such as a cushion or a container filled with water.
The higher an egg is dropped from, the greater the force of impact it experiences upon hitting the ground. Therefore, the higher the drop height, the greater the likelihood of the egg cracking. However, other factors such as the surface the egg is dropped on and the orientation of the egg can also affect the severity of the crack.
The strength of an eggshell can vary depending on factors such as the age of the egg and the conditions it was stored in. Older eggs and eggs with thinner shells are more likely to crack when dropped from a certain height compared to younger eggs and eggs with thicker shells. Additionally, the orientation of the egg when dropped can also affect the likelihood of cracking.