10 applications for law of inertia?
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✔️ten applications for law of inertia
1- The car that brakes abruptly
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The most graphic and everyday example that explains this law is the movement that our body makes when we go in a car at a constant speed and it stops abruptly.
Immediately the body tends to continue in the direction the car was driving, so it is thrown forward. This movement will be smooth if the car stops gently, but will be much more violent if it brakes suddenly.
In extreme cases such as a collision with another vehicle or object, the force exerted on the object (car) will be greater and the impact will be much stronger and more dangerous. That is, the body will maintain the inertia of the movement it brought.
The same happens to the contrary. When the car is completely stopped, and the driver accelerates abruptly, our bodies will tend to remain as they were (ie at rest) and that is why they tend to lean back.
2- Quiet carriage
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When trying to push a car, at first it is very difficult, because, due to inertia, the car tends to remain still.
But once it is put into motion, the effort is much less to be done, since then inertia causes it to keep moving.
3- The athlete who can not stop
___________________________________
When an athlete tries to stop his career, it takes several meters to stop completely, due to the inertia produced.
This is most clearly seen in track competitions, such as the 100 meters smooth. Athletes continue to advance well beyond the goal.
4- Football theater... or not
______________________________
In a game of soccer, there are usually falls between the players of both teams. Many times these falls may seem exaggerated, when one of the athletes laps several laps after the impact. The truth is that it does not always have to do with histrionics, but with the Law of Inertia.
If a player comes running at high speed across the field and is harshly intercepted by someone on the opposing team, he is actually interrupting the straight line movement that he was carrying, but his body will tend to continue in that same direction and at that speed. That's why the big fall.
5- The autonomous bicycle
_________________________________
The pedaling of a bicycle allows the same to continue advancing several meters without having to pedalear, thanks to the inertia produced by the initial pedaling.
6- Goes up and down
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The roller coasters can climb steep slopes thanks to the inertia produced by the pronounced previous descent, which allows you to accumulate potential energy to climb again.
7- Trick or science?
__________________________
Many tricks that look amazing are actually simple demonstrations of Newton's first Law.
This is the case, for example, the waiter who can pull the tablecloth from a table without falling objects placed on it.
This is due to the speed and force applied to the movement; Objects that were at rest, tend to remain that way.
8- Technical question
___________________________
A deck on a finger (or on a glass) and, on the deck, a coin. By a rapid movement and force exerted on the deck, it will move, but the coin will remain still on the finger (or will fall into the vessel).
9- Cooked egg vs. raw egg
________________________________
Another experiment to check the Law of Inertia can be done by taking a boiled egg and making it turn on itself on a flat surface and then stop the movement with the hand.
The boiled egg will stop immediately, but if we do exactly the same experiment with a raw egg, trying to stop the egg's rotating motion, we will observe that it continues to spin.
This is because the clear and raw yolk are loose inside the egg and tend to continue moving once applied force to stop it.
10- Block tower
_______________________
If a tower with several blocks is made and the lower block (the one that supports the weight of the others) is struck with a mallet, it will be possible to remove it without the rest falling, taking advantage of the inertia. Bodies that are still tend to remain still.
........ ALONE BUT HAPPY.......
Hope it helps you!!!!
Here is your answer...
✔️ten applications for law of inertia
1- The car that brakes abruptly
___________________________________
The most graphic and everyday example that explains this law is the movement that our body makes when we go in a car at a constant speed and it stops abruptly.
Immediately the body tends to continue in the direction the car was driving, so it is thrown forward. This movement will be smooth if the car stops gently, but will be much more violent if it brakes suddenly.
In extreme cases such as a collision with another vehicle or object, the force exerted on the object (car) will be greater and the impact will be much stronger and more dangerous. That is, the body will maintain the inertia of the movement it brought.
The same happens to the contrary. When the car is completely stopped, and the driver accelerates abruptly, our bodies will tend to remain as they were (ie at rest) and that is why they tend to lean back.
2- Quiet carriage
_____________________
When trying to push a car, at first it is very difficult, because, due to inertia, the car tends to remain still.
But once it is put into motion, the effort is much less to be done, since then inertia causes it to keep moving.
3- The athlete who can not stop
___________________________________
When an athlete tries to stop his career, it takes several meters to stop completely, due to the inertia produced.
This is most clearly seen in track competitions, such as the 100 meters smooth. Athletes continue to advance well beyond the goal.
4- Football theater... or not
______________________________
In a game of soccer, there are usually falls between the players of both teams. Many times these falls may seem exaggerated, when one of the athletes laps several laps after the impact. The truth is that it does not always have to do with histrionics, but with the Law of Inertia.
If a player comes running at high speed across the field and is harshly intercepted by someone on the opposing team, he is actually interrupting the straight line movement that he was carrying, but his body will tend to continue in that same direction and at that speed. That's why the big fall.
5- The autonomous bicycle
_________________________________
The pedaling of a bicycle allows the same to continue advancing several meters without having to pedalear, thanks to the inertia produced by the initial pedaling.
6- Goes up and down
_____________________________
The roller coasters can climb steep slopes thanks to the inertia produced by the pronounced previous descent, which allows you to accumulate potential energy to climb again.
7- Trick or science?
__________________________
Many tricks that look amazing are actually simple demonstrations of Newton's first Law.
This is the case, for example, the waiter who can pull the tablecloth from a table without falling objects placed on it.
This is due to the speed and force applied to the movement; Objects that were at rest, tend to remain that way.
8- Technical question
___________________________
A deck on a finger (or on a glass) and, on the deck, a coin. By a rapid movement and force exerted on the deck, it will move, but the coin will remain still on the finger (or will fall into the vessel).
9- Cooked egg vs. raw egg
________________________________
Another experiment to check the Law of Inertia can be done by taking a boiled egg and making it turn on itself on a flat surface and then stop the movement with the hand.
The boiled egg will stop immediately, but if we do exactly the same experiment with a raw egg, trying to stop the egg's rotating motion, we will observe that it continues to spin.
This is because the clear and raw yolk are loose inside the egg and tend to continue moving once applied force to stop it.
10- Block tower
_______________________
If a tower with several blocks is made and the lower block (the one that supports the weight of the others) is struck with a mallet, it will be possible to remove it without the rest falling, taking advantage of the inertia. Bodies that are still tend to remain still.
........ ALONE BUT HAPPY.......
Hope it helps you!!!!
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infects live too small example cockroachs have 4 hearts
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