# What forces affect a parachute drop?

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How large a parachute is (in other words, the parachute’s surface area) affects its air resistance, or drag force. The larger the parachute, the greater the drag force. In the case of these parachutes, the drag force is opposite to the force of gravity, so the drag force slows the parachutes down as they fall.

## What makes a parachute fall slowly?

When a parachute is released, the weight pulls down on the strings. The large surface area of the parachute material provides air resistance to slow the parachute down. The larger the surface area the more air resistance and the slower the parachute will drop.

## Does the material of a parachute affect how fast it drops?

The parachute with the heavier weight did fall faster than the parachute with the lighter weight. Therefore the speed of the parachute was effected by the parachute material.

## How does shape affect a parachute?

The shape of a parachute canopy affects how the parachute works. Different shapes even when they have the same surface area are distorted differently by air flowing around and under them. … The shorter the strings the less air can get underneath the canopy so the lower the parachute’s air resistance.

## What affects the rate at which the parachute falls?

The smaller surface area will cause the parachute to fall at a faster rate. The larger surface area will cause the parachute to fall at a faster rate. The surface area will not affect the falling rate of the parachute.

## Which shape of parachute is best?

The circle parachute should demonstrate the slowest average descent rate because its natural symmetrical shape would be the most efficient design to maximize wind resistance and create drag.

## Why do heavier objects fall faster?

Galileo discovered that objects that are more dense, or have more mass, fall at a faster rate than less dense objects, due to this air resistance.

## What makes a successful parachute?

Due to the resistance of air, a drag force acts on a falling body (parachute) to slow down its motion. … The larger the object, the greater its air resistance. Parachutes use a large canopy to increase air resistance. This gives a slow fall and a soft landing.

## Does the size of the parachute matter?

How large a parachute is (in other words, the parachute’s surface area) affects its air resistance, or drag force. The larger the parachute, the greater the drag force. In the case of these parachutes, the drag force is opposite to the force of gravity, so the drag force slows the parachutes down as they fall.

## What happens when a skydiver opens his parachute?

There is no resultant force and the skydiver reaches terminal velocity. When the parachute opens, the air resistance increases. The skydiver slows down until a new, lower terminal velocity is reached.

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## Which parachute will fall the fastest?

2. Well, yes and no: what matters is the size, shape, and weight of the parachute. So if you have two parachutes with the same size and shape but made of different materials, one heavier than the other, the heavier parachute will fall faster.

## How long should the strings on a parachute be?

The length of the string should be equal to the radius of the desired circle. Attaching the suspension lines: Use 4 suspension lines for each parachute. You can tape or tie the suspension lines onto the canopy.

## How much does a parachute slow you down?

Parachutes are designed to reduce your terminal velocity by about 90 percent so you hit the ground at a relatively low speed of maybe 5–6 meters per second (roughly 20 km/h or 12 mph)—ideally, so you can land on your feet and walk away unharmed.

## Will a parachute work in a vacuum?

In a vacuum a parachute would be worthless because it would have no air molecules to “pull” against.

## How do you make a parachute last longer in the air?

A circular shape can stay the longest in the air, because a circular shape has a uniform edge which provides the most air resistance which gives the softest landing.

## Why is there a hole in a parachute?

Parachutes catch a lot of air, creating a lot of drag. They can drastically slow a fall, allowing a softer landing. … Some parachutes have a hole in the center to release air in a controlled way. It makes the chute more stable, with only a minimal change in drag.

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