When you drop a book and a piece of paper together the same height Why does the book hit the ground first if Galileo was correct?

In other words, if two objects are the same size but one is heavier, the heavier one has greater density than the lighter object. Therefore, when both objects are dropped from the same height and at the same time, the heavier object should hit the ground before the lighter one.

When you drop a sheet of crumpled paper and a sheet of flat paper off a table at the same time why does the flat sheet of paper hit the ground later?

The force of gravity on earth, no matter the object is approximately 9.8 m/ s2 . The reason the crumpled paper hits the ground first is because of air resistance. A crumpled piece of paper has less surface area than an piece of paper that is not crumpled. More surface area means more air resistance.

Why do a pencil and book that are dropped at the same time from the same height hit the ground together?

If no air resistance is present, the rate of descent depends only on how far the object has fallen, no matter how heavy the object is. This means that two objects will reach the ground at the same time if they are dropped simultaneously from the same height.

What happens when you drop a sheet of paper?

When the paper is smooth, it exposes a large surface to the air beneath it which slows its descent. Once it is crumpled, the surface which comes in contact with the air is much smaller, allowing it to fall much faster.

Why does the paper stick to the book when dropped?

Although all objects influenced the same by gravity; they react differently with the air. A piece of paper would fall a lot slower than the book if they were both exposed to air drag. Instead; the piece of paper avoids the drag by travelling in the streamline of the book.

What happens when you dropped a crumpled sheet of paper and a sheet of paper?

Once it is crumpled, the surface which comes in contact with the air is much smaller, allowing it to fall much faster. When the sheet of paper is placed on the book, there is no air at all beneath it. For this reason, the two objects fall at the same speed. This force is called gravity.

What will happen if you drop a sheet of paper and a stone from a height in vacuum and why?

So, Both will reach the ground together as only gravity would be acting on them. There would be no other external force acting on them.

Why does a book fall faster than paper?

The falling book protects the sheet from that air resistance, so the sheet can fall unimpeded. All objects that move downward through stationary air experience upward air resistance forces, but heavy compact objects (e.g., books) are less affected by those forces than light, fluffy ones (e.g., sheets of paper).

How do you Drop a book and paper at the same time?

Hold a piece of paper and a book at the same height. Let them both go at the same time… which one hits the ground first? Now place the same piece of paper on top of the book and then drop both the paper and the book at the same time. Does the paper move away from the book or does both the book and the paper fall together at the same speed?

Why do objects with the same shape fall at the same rate?

Therefore, objects that are the same shape will fall at the same rate, even if one weighs more than another. Shape can make things tricky because big, flat, light objects (like a flat sheet of paper) are slowed down more by air resistance than are smaller, smoother objects.

Why does a paper ball fall more slowly than a sheet?

And with that large exposed area, it will fall more slowly as the drag is almost equal to the force of gravity (which is the same whether the paper is a ball or a sheet). Share Cite Improve this answer Follow answered Aug 28 ’15 at 16:32

Why does the paper hit the ground first when dropped?

If we performed the drop in question on Earth, the ball would hit the ground first as the paper slowly drifts to the ground. This is such because the paper has a much larger surface area and more drag. The force of gravity is the same on both objects, as they are dropped from the same height.