one egg thrown to a cement block from a height of 20 feet it didn't break why?
st ann is worried about eggs? That's a strange School Subject. Is this physics or biology or what subject? We do not have a tutor skilled in the subject "st anns".
maybe it was a stone sculpture of an egg.
Or, maybe the egg had been soaked in vinegar, so it was all rubbery.
Or, maybe it was a hard-boiled egg.
Or, maybe there were feathers on the block.
Or, maybe it was thrown on a small asteroid, so gravity was very weak.
Questions like this seem rather pointless to me.
The reason the egg did not break when thrown to a cement block from a height of 20 feet can be explained by understanding the concept of force and impact.
To find the answer, consider the following factors:
1. Shell strength: The strength of an egg's shell plays a crucial role in determining whether it will break upon impact. Eggs have a naturally strong shell that can withstand a certain amount of force and pressure.
2. Impact surface: While cement blocks may appear hard and rigid, they can actually have some degree of flexibility. Factors such as the texture, condition, and angle of the surface can affect how it absorbs and distributes the force of the impact.
3. Angle of impact: The angle at which the egg strikes the surface can significantly impact the force exerted on it. If the egg hits the surface at a glancing angle rather than directly perpendicular, it reduces the force of impact and chances of breakage.
4. Height: The height from which the egg is dropped influences the kinetic energy it gains while falling. Higher heights lead to greater potential energy, which is converted to kinetic energy upon impact. However, if the egg reaches terminal velocity (a constant speed where gravitational force and air resistance balance out), the impact force is relatively lower.
Taking all these factors into account, it's possible that the egg did not break because:
i. The egg had a particularly strong shell that could withstand the force of impact from that height.
ii. The angle at which the egg hit the cement block reduced the direct force applied to the shell.
iii. The height was not sufficient to generate enough kinetic energy for a forceful impact.
It's important to note that without more specific details and measurements, it's difficult to provide an exact explanation for why the egg did not break in this particular scenario.