because the other peice of paper was out stright therefore a larger surface area and the air than gets caught under the paper and the small one dosnt have as much air to get caught on.
hope this helps! :)
A crushed paper falls faster than a plain paper because the crushed paper has less air resistance due to its folded and crumpled shape. This reduces the surface area exposed to air resistance, allowing it to fall more quickly.
Crushed (crumpled) paper occupies more space than folded paper, and better resists being compressed, because the paper material contains irregular folding against the grain, or strength of the paper. Part of the ball consists of flat surfaces and part as "columns" that resist being further crushed. The paper's relative stiffness will determine the actual difference in compression resistance. Most of the volume of a paper "ball" is "trapped" air spaces between the crumpled folds. A similar use of the strength of the material can be demonstrated by creasing a piece of paper into a fan consisting of multiple pleats, with a cross-section having a sawtooth shape. This pleated sheet will resist deformation (bending) to a much greater extent than the unfolded paper sheet.
A crushed paper ball will generally float in water due to its low density and air trapped within its fibers. This creates buoyancy, allowing it to remain on the surface of the water.
If we are talking in vaccum then both will have same acceleration.But if there is no vaccum then paper crumbled into a ball will have greater acceleration because air resistance will be less for it.
It's difficult to force a crushed paper ball into a bottle by blowing into it because as you blow air into the bottle, you are increasing the air pressure within the bottle. This increased pressure pushes against the paper ball and prevents it from being pushed further into the bottle. Additionally, the shape and size of the bottle's opening may also restrict the paper ball from entering.
Yes, paper can be crushed because it is made of wood fibers that can be broken down under pressure. When paper is crushed, its fibers are compressed and can lose their original shape and size.
Crushed seeds of mustard show greasy spots on a paper
A crushed paper falls faster than a plain paper because the crushed paper has less air resistance due to its folded and crumpled shape. This reduces the surface area exposed to air resistance, allowing it to fall more quickly.
You can iron the crushed paper if you want to save it.
a paper cup
Crushed (crumpled) paper occupies more space than folded paper, and better resists being compressed, because the paper material contains irregular folding against the grain, or strength of the paper. Part of the ball consists of flat surfaces and part as "columns" that resist being further crushed. The paper's relative stiffness will determine the actual difference in compression resistance. Most of the volume of a paper "ball" is "trapped" air spaces between the crumpled folds. A similar use of the strength of the material can be demonstrated by creasing a piece of paper into a fan consisting of multiple pleats, with a cross-section having a sawtooth shape. This pleated sheet will resist deformation (bending) to a much greater extent than the unfolded paper sheet.
Try it. It probably depends on the size of the pieces you use.
paper aeroplanes flies in air because they less resist the air. For example- if you drop a heavy object and a paper from same height, the heavy object reaches first to ground and the paper will reach ground after the object. Similarly, paper plane flies for some time in air then it comes down.
A crushed paper ball will generally float in water due to its low density and air trapped within its fibers. This creates buoyancy, allowing it to remain on the surface of the water.
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This fibrous residue from crushed sugar cane can be used to make paper.
If we are talking in vaccum then both will have same acceleration.But if there is no vaccum then paper crumbled into a ball will have greater acceleration because air resistance will be less for it.