| Look at the picture to the right. Click on it if you want to see it bigger. Now describe in detail how Newton's three laws of motion are demonstrated. | 
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12/11/2013 03:38:28
the rocket was at rest until the force of the jets made it move. The vector that is pushing up is bigger than the gravity vector that is puling it down. Because since one vector is bigger it pushes up. when the rocket is going up but the air is trying to push it down. thats what we think about the three laws.
Mr. Casey
12/12/2013 01:14:08
Great job you guys!
Cory Wilcox
12/11/2013 03:48:46
This is useful information
Mr. Casey
12/12/2013 01:15:13
Thanks for complimenting them Cory! Can you add anything? Why do you think this is useful? How do you see this information as important in your life?
kayleejo castleberry
12/11/2013 10:59:52
the rocket uses force to get up in the air but it doesn't stop then even in air force is still used if you couldn't use force in the air astronauts would just sit in space not able to go anywhere because they can move without force.you can also see this in newtons third law.
Trevor Young
12/11/2013 11:46:11
Yes this clearly shows newton's third law. This rocket is an examlpe of thrust, velocity, and speed of coruse.
Trevor Young
12/11/2013 12:17:54
Newton's first law, the Law of Inertia, is clearly shown by the rocket flying into the air. The rocket will stay in motion until the engine burns out. Newton's second law is shown by the extreme amount of force applied by the engine to make the rocket move and continue accelerating. Newton's third law (adding onto what I said above), is shown by an action of the rockets blast, and a reaction of making the rocket move upward and accelerate into the sky.
Mr. Casey
12/12/2013 01:16:12
Good work Kaylee Jo!
Mr. Casey
12/12/2013 01:16:59
You all have done good work, but how do you see the principles that get the rocket into the air applying to your daily life?
Robbie Schmitt/ Brett Cozart
12/12/2013 06:35:39
When the rocket flies into the air it is showing Newtons First Law. The rocket will stay in motion until the engine stops. The 2nd Law is shown when the rocket increases force it will increase its acceleration. Newtons 3rd Law is demonstrated when the rocket is flying. The thrust out of the engine is the same amount of force as the rockets force moving forward.
Kyler urata
12/18/2013 10:23:33
The way you see Newton's first law is when it starts to take of into the air and it gets acted on by a net force like a astroid or something. The way u see the second law is when it starts the force it increases the acceleration. The third law is presented by its thrust. When the thrust pushes down it pushes the rocket up into the air.
sophia schuster
12/19/2013 12:10:29
the first law is showed because before the rocket takes off its not moving but when the rocket lifts off the thrust off it and the weight pushing down on it causes a net force. the second law is showed if you apply pressure it causes the rocket to accelerate. the thrust of the rocket pushes on the exhaust gas which causes it to go up
Analisa Vaughan
12/27/2013 02:53:21
This picture shows an example of newton's third law (For every action there is an equal and opposite reaction) the thrust of the rockets jets are sending the rocket in the opposite direction.
Jennifer Smith
12/27/2013 03:46:20
Newton's 1st Law:
Kayla Slinkard
1/4/2014 11:42:18
The jets of the rocket blast it into the air which causes motion. The thrust of the jets are sending it in a specific direction
Richie m
1/5/2014 08:52:27
The rocket thrust off the ground and even after it takes off it still thrust In the air and this is newtons third law. Comments are closed.
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