The meteor is heading for the space station. What plan would you come up with to prevent the meteor collision with the space station? Which of Newton's Laws would you use to explain why your plan would work?
To move out of the way of the meteor, I would simply walk down to the control room of the space station and apply enough force to get out of the way of the meteor. I would know this works because of newtons second law f=ma. ONce our of the meteor's path I would sigh in relief
I would shoot missiles at it. Newtons 3rd law would work because the missile pushing on the ground would be the action and the ground pushing on the missile would be the reaction.
the missiles would push on the thing they are being launched using newtons third law because of the equal oppisitte reaction that pushes it out towards the asteroid.
I'd use rockets to push the space station out of the way, Newton's first law explains this because an object in motion tends to stay in motions and an object at rest (space station) tends to stay at rest unless acted upon by an outside force (Rockets).
I would jump out of the rocket and then plummet to the water on Earth. Newton's Law is the third one because jumping is the ground pushing back on you with the same force.
Newtons 2nd law of motion is ,the rate of change of momentum, is proportional to the imposed force and goes in the direction of the force. So I would accelerate the space station in an opposite direction, and avoid the meteor.
You could use some sort of missal thing to hit the meteor to make it go off course to prevent the meteor from hitting the space station. Newton's First Law explains this because an object will stay in motion until it's acted on by an outside force.
I would move the space station out of the way. I would do that using Newton's first law. An object in motion stays in motion and an object at rest stays at rest unless acted on by an unequal force.
I would use the knowledge of Newtons 1st law, "An object in motion will stay in motion unless acted on by an unbalanced force." I would create a huge blockade that would stop the meteor from crashing into the ship. The blockade would be sent out by a rocket and assembled into pieces by ship workers. IT WILL WORK, AND I WILL BE THE HERO!!!
I'd use rockets to push the space station out of the way, Newton's first law explains this because an object in motion tends to stay in motions and an object at rest (space station) tends to stay at rest unless acted upon by an outside force (Rockets).
I'd use rockets to push the space station out of the way, Newton's first law explains this because an object in motion tends to stay in motions and an object at rest (space station) tends to stay at rest unless acted upon by an outside force (Rockets).
NOAH L I would shoot missiles at it. Newtons 3rd law would work because the missile pushing on the ground would be the action and the ground pushing on the missile would be the reaction.
it would be the first law i would have a force field around the space station so that it would deflect of the space station for action and reaction loganm
I would blow the meteor up using Newtons first law (an object in motion stays in motion unless acted on by an outside force) the outside force would be the rocket.
I would move the space station out off the way off the meteor. I would use newtons second aw f=ma.
ReplyDeleteI would use the controls to move the space station out of the way.
DeleteTo move out of the way of the meteor, I would simply walk down to the control room of the space station and apply enough force to get out of the way of the meteor. I would know this works because of newtons second law f=ma. ONce our of the meteor's path I would sigh in relief
DeleteThere needs to be a period at the end urgh!!
DeleteYou can use acceleration to make it go faster, using Newton's second law.
ReplyDeleteI would take a new station or some device to move the asteroid into another planets orbit. I would use Newton's second law, F=MA.
ReplyDeleteI would shoot missiles at it. Newtons 3rd law would work because the missile pushing on the ground would be the action and the ground pushing on the missile would be the reaction.
ReplyDeleteI don't know.
ReplyDeletethe missiles would push on the thing they are being launched using newtons third law because of the equal oppisitte reaction that pushes it out towards the asteroid.
ReplyDeleteI am thinking that with all of the force around the astroid that depending on the weight that the space station it would automatically move.
ReplyDeleteShoot it down with missiles
ReplyDeleteSO ENTERTAINING
I'd use rockets to push the space station out of the way, Newton's first law explains this because an object in motion tends to stay in motions and an object at rest (space station) tends to stay at rest unless acted upon by an outside force (Rockets).
ReplyDeleteI would shoot it with super amazing futuristic space lasers!
ReplyDeletemove it with rockets and newtons first law.
ReplyDeleteSend a nuclear bomb after the meteor. Or just get a spaceship to retrieve the space station.
ReplyDeletescience is real
ReplyDeletemove space station.
ReplyDeleteI would jump out of the rocket and then plummet to the water on Earth. Newton's Law is the third one because jumping is the ground pushing back on you with the same force.
ReplyDeletei would shoot missiles at it, using newton's first law.
ReplyDeleteI would accelerate the rocket at a high velocity, using Newtons second law.
ReplyDeleteNewtons 2nd law of motion is ,the rate of change of momentum, is proportional to the imposed force and goes in the direction of the force. So I would accelerate the space station in an opposite direction, and avoid the meteor.
DeleteI would try to shoot a Nuclear Missal using Newtons First Law.
ReplyDeleteAt it.
DeleteHIT THE BIG RED BUTTON!!!
ReplyDeleteReally Vinny. Really............
DeleteYou could use some sort of missal thing to hit the meteor to make it go off course to prevent the meteor from hitting the space station. Newton's First Law explains this because an object will stay in motion until it's acted on by an outside force.
ReplyDeleteI would move the space station out of the way. I would do that using Newton's first law. An object in motion stays in motion and an object at rest stays at rest unless acted on by an unequal force.
ReplyDeleteI Would use the first law, and i would put a protective bubble in front of the space ship thing. So that it will stop the meteor.
ReplyDeletei would shoot the asteroid with a laser rocket and it would explode it would be the first and second law i think.
ReplyDeleteit would use the first law
ReplyDeleteloganm
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ReplyDeleteChuck Norris will take a bazooka and blow it up.
ReplyDeleteWe would fly out to space in a rocket, with a rocket launcher and shoot it at the meteor. So the meteor doesn't hit the Space Station.
ReplyDeleteAnd the rocket launcher has more mass than the meteor.
DeleteI would use the knowledge of Newtons 1st law, "An object in motion will stay in motion unless acted on by an unbalanced force." I would create a huge blockade that would stop the meteor from crashing into the ship. The blockade would be sent out by a rocket and assembled into pieces by ship workers. IT WILL WORK, AND I WILL BE THE HERO!!!
ReplyDeleteI'd use rockets to push the space station out of the way, Newton's first law explains this because an object in motion tends to stay in motions and an object at rest (space station) tends to stay at rest unless acted upon by an outside force (Rockets).
ReplyDeleteit would be the first law and i would put force feild around the space station
ReplyDeleteloganm
speed up the sattelite so the asteroid
ReplyDeletei would speed up the sattalite so the meteor misses
DeleteI'd use rockets to push the space station out of the way, Newton's first law explains this because an object in motion tends to stay in motions and an object at rest (space station) tends to stay at rest unless acted upon by an outside force (Rockets).
ReplyDeleteI would set up a forcefield and hope for the best
ReplyDeleteNOAH L I would shoot missiles at it. Newtons 3rd law would work because the missile pushing on the ground would be the action and the ground pushing on the missile would be the reaction.
ReplyDeleterockets
ReplyDeleteit would be the first law i would have a force field around the space station so that it would deflect of the space station for action and reaction
ReplyDeleteloganm
I would shoot mistles at the meteor to slow it down.
ReplyDeleteI would blow the meteor up using Newtons first law (an object in motion stays in motion unless acted on by an outside force) the outside force would be the rocket.
ReplyDeletei would throw stuff at it
ReplyDeletei would use newtons first law,and try to stop it with a unmanned rocket and launch it at the metorite
ReplyDeleteI am gonna drop bombs on the meteor and hoping the meteor explodes and forms smaller parts so there is less mass and force.
ReplyDeletei would blow up the meteor so it doesn't kill me.
ReplyDeleteI would use Newtons first law, and try to stop it with a rocket and explode the rocket.
ReplyDeleteI would put rockets on the space station and blast away
ReplyDeletemove it with rockets and newtons first law.
ReplyDeleteI am thinking that with all of the force around the astroid that depending on the weight that the space station it would automatically move.
ReplyDeleteI would go to the data base and move it the effect would be newtons 1stt law.
ReplyDeleteThis comment has been removed by a blog administrator.
ReplyDeleteThis comment has been removed by a blog administrator.
ReplyDeleteI would use a Mock Divider v2 sending matter energy to the astroid.
ReplyDeletei would use newtons first law,and try to stop it with a unmanned rocket and launch it at the metorite
ReplyDeleteGavin M
What I would do is I would shoot a rocket at a meter and have newtons 1 law redirect it with an equal and opposite reaction
ReplyDeleteWhat I would do is I would shoot a rocket at a meter and have newtons 1 law redirect it with an equal and opposite reaction
ReplyDeleteWhat I would do is destroy the meter with another force or I would dodge out of the from the meteor.
ReplyDelete