someone catches it, parachute or whatever you could think of
tbh this was no help at all what so ever welllzzz you can put it in a ceral box or pu tit in a shoe box and foam inside it.....
The egg drop experiment demonstrates principles of forces, gravity, and impact. By packaging the egg in such a way that it absorbs the impact of hitting the ground, the force exerted on the egg is reduced, preventing it from cracking. Materials like padding, cushions, and structural designs help absorb the impact and protect the egg during the fall.
To protect an egg from an 8-pound weight, you could cushion the egg with materials like cotton balls, bubble wrap or foam. Placing the egg in a sturdy container or box filled with these materials can help absorb the impact of the weight and prevent the egg from cracking. Additionally, handling the egg with care and ensuring it is placed securely within the protective layer can further safeguard it from damage.
A cotton ball absorbs and dissipates the impact energy more effectively than bubble wrap, which allows it to cushion the egg better during impact. The cotton ball can conform to the shape of the egg, providing a snugger fit for protection. This helps reduce the chances of the egg cracking upon impact.
To prevent an egg from cracking when dropped from 9 feet, you can cushion it using materials like bubble wrap, cotton, or foam. Ensuring that the egg is securely wrapped in a soft material will help absorb the impact and prevent cracks. Alternatively, you can also try lowering the egg down slowly using a pulley system to reduce the force of the drop.
When an egg hits the ground, it typically makes a cracking or splatting sound. The sound may vary depending on the height of the drop and the surface it lands on.
Cracking is correct, as in cracking an egg.
Physical
beating the egg, cracking the egg open, and whisking the egg.
The chances of finding a double yolk egg when cracking open an egg from a carton are about 1 in every 1000 eggs.
Hard boil the egg.
Endothermic because the egg is absorbing the heat.
By cracking it or beating it
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in the egg they start moving and then when they are big enough they start cracking the egg and coming out
Cracking an egg is a physical change, not a chemical change.
Using tape to protect an egg may help distribute the force of an impact, thereby reducing the chances of cracking. However, it may not fully prevent the egg from breaking depending on the height of the drop or force of impact. Consider adding additional padding or cushioning for better protection.
The egg drop experiment demonstrates principles of forces, gravity, and impact. By packaging the egg in such a way that it absorbs the impact of hitting the ground, the force exerted on the egg is reduced, preventing it from cracking. Materials like padding, cushions, and structural designs help absorb the impact and protect the egg during the fall.