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I wouldn’t know, I wasn’t here yesterday

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The harder you stomp down, the farther it goes up in the air. So if you stomp very lightly, it wont go as far up as it possibly could. And usually, when it was shot up faster the time was also kinda fast because the rocket would turn and then shoot down at top speed

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Yes because the time depends on the force delivered.

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Yes because the time depends on the force delivered.

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It seems to increase the harder you push down, so it shoots up. In the first question i also mentioned the force you put onto it, plays a force in how it works with going upward.

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Yes, there is a relationship between the two. The harder you stomp on the pad, the longer time you will get or the higher it will go. Which means they do relate to one another in that way.

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We can measure the launch speed by seeing how far it goes. With this we can also time the rocket with how far it can go in a certain amount of time.

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Yes the harder you stomp the more the rocket go’s up.

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Divide the time it took the rocket to reach its highest point by its height at its highest. This should give you an average speed. (Speed over distance divided by time)

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I think if you stomps on it harder it goes up more in the air. Also it would hit the ground pretty fast because it got high then goes down really fast.

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When you stomp harder more force is used making the rocket go higher. When there is a smaller stomp, there is less force making the rocket not go as high.

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I wouldn’t know, I wasn’t here yesterday

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Of how hight it would that’s how we can mesher the speed

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If you stomp harder, it will be in the air longer.

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It should increase because when you push it down more harder it shoots up.

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When you stomped harder the longer the time was. The less force you put on it the fewer amount of time it took.

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If you stomp on it harder it goes up higher. If you stomp it lighter it doesn't go as high.

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When force increases the speed in creases as well

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The harder you jumped the higher the rocket went. If you were to jump lightly the rocket wouldn't go as far up i the air.

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By seeing how far it goes

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There is a relationship between them. When you stomp with more force, the rocket will stay in the air longer. When you stomp lightly, the rocket won’t stay in the air as long.

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In the project the harder and faster you stomp with force the more energy builds up then all the air pressure goes through and pushes the rocket higher than its original position

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The speed will increase as the force increases.

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The harder you stomp on it the higher it goes up.

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Yes. The harder you stomped on it the higher it would go up and if you didn’t stomp on it hard it wouldn’t go high.

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If you stomp on the pad harder and give in with more force, the rocket will go further up in the air. This is telling us that as the speed increases, that means that our force is also increasing.

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Yes. If you stomp with more force the rocket will go high, but if you don’t step with a lot of force the rocket wont go very high.

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By timing it again

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If the force is increased the speed will be increased at the time the rocket launches.

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If the force is increased the speed will be increased at the time the rocket launches.

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The more you increase the force the more the launch speed increases.

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I saw a relationship by when you pushed hard on the rocket push pad. It normally went higher with the more force. This means if you add both it would be a very good combo. By using speed and power it will go farther and thats what i observed

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We could measure it in feet or meters, that seems most logical. We can also use time to help to see how long it takes to shoot up and how long it is in the air for.

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Speed gun. Or distance divided by time. (I think thats the formula?)

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It increases as the force increases because the stomp gives it energy. And it goes up higher and faster.

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The launch speed increases. You are using more force, putting more power into it. Its like riding a bike the more force you use to pedal the faster the bike will go.

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We could measure the launch speed by timing it again.

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When the force increases, the launch speed of the rocket increases. When there is little force the rocket wont go as fast.

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The speed seemed to increase.

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The speed increases because your using more force.

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It in creases the harder that you push down

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The launch speed increases because we are using so much force to push down and make it go high.

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We can measure the speed by doing the formula distance divided by time. This would help us get more of an exact answer instead of eyeballing it which might not be as accurate.

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Yes we can measure the speed by doing distance/time.

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It is possible, but I can’t think of a way to do so.

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It is possible, but I can’t think of a way to do so.

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It seems like the speed does increase because if you stomp on it hard, it goes shooting up into the air very fast.

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Yes it did because the more force i put it into the higher it went.

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Yes it did because the more force i put into it the higher it went

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The launcher increases the harder it’s going to get

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The launcher increases the harder it’s going to get

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Yes I did when you would full force stomp on the air compressor the rocket would go flying up in the air but if you did a little stomp on it it would barely go off the stand or even not go off it at all.

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Measure speed.

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If the force increases then the launch speed would increase as well.

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I think it in increases because the more force you put into it it will go higher so you have to use force for the toy to work

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It would go higher the harder that you push down.

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You can try to by seeing how far it goes up or you can time it by staring right when they stomp on it and when the rocket hits the ground.

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We can measure the distance divided by the time

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We can measure the speed by distance/time because if we do that we can find how fast it was going through the air.

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Increase the more force the faster it goes.

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Yes you can measure the launch speed distance traveled divided by time in the air.

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It appears to increase because the harder you jump, stomp, or even punch on the pad that launches the rocket, the rocket goes higher. This is the same for length when the rocket is at an angle

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The Distance divided by time.

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The harder you stomp on it the higher and faster it goes.

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We can time it again to see how long it takes to get at its highest point and until it hits the ground.

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You can measure it by how high it goes and how long it takes to get there

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It appears to increase as I said in the other one the harder you stomp the higher it goes.

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We can do distance divided by time.

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You can do distance divided by time to get speed.

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Its a similar difference in question 2. The more force applied, the higher and maybe even farther it goes.

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Its a similar difference in question 2. The more force applied, the higher and maybe even farther it goes.

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By timing it about three times.

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the faster and harder you stomp it will make it go even farther

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Yes the storm force was there to see how high the rocket went and air how long it stayed up

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1-the more stomp force the longer it took, but if you hit it really hard it would not go as long

2-the launch speed seemed faster the harder you hit it

3-if we had one of the speedometers that police have we could see exactly how fast the rocket would launch.

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Yes, the more time the rocket was in the air, the more force that was used in the stomp.

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There is a relationship. When I stomped on it really hard the rocket flew up really high, and the time was longer.

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Yes, when we where practicing  we lightly stepped on it, and it was much less, and when we jumped with more force it spent much more time in the air.

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There was a relationship between them, because whenever I stomped hard, it went higher and stayed in the air longer.

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Yes when you stomped harder it would go farther up or farther away and would stay in the air longer.

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When you stomp the pad with a lot of energy, the rocket is in the air longer because the burst of energy sent it flying high and it takes longer for it to go up, stop, then come back down. So the relationship would be the more power stomped, the longer the rocket is in the air.

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Yes, the more stomp force used, the faster and higher the rocket goes.

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There is a relationship between the time the rocket was in the air and the stomp force. The harder you stomped on the funnel the farther it went into the air

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1, yes, the time increased as the stomp force increased.
2.increase because the more force you have, the fast the rocket shoots up into the air.
3.total distance/time which would get the speed that the rocket it going at.

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The more stomp force the longer it was in the air

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I noticed that the more weight someone had in our team, and the more stomp power they used, the time the rocket was in the air increased.

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We can use a timer to measure the launch speed

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Yes i did when we did a light stomp it would be in the air only a little but if we would do a massive stomp it would be in the air for a extended period of time. And if we measured the stomp force and paired that up we could probably find a pattern.

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The speed appears to increase the harder I stomped on it.

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Yes when you stomp harder the air in the thing you stomp in rushes through the tube to blast it up so if you did it harder the air would go faster meaning the rocket would go faster.

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Yes i did the more air pushed out the higher the rocket went.

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The more forced used to stomp on the pump, the longer the rocket was in the air.

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Yes it did increase as the force increased because if you stomped hard it went faster and higher.

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We can measure the launch speed by seeing how long it went and how far it went.

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I saw that they rocket went higher with more force put into stomping on it.

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Yes, the time increased if there was more force in the stomp.

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We used a stop watch and waited from the stomp to the rocket hitting the ground.

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The harder you stomped on it the longer it would stay in the air.

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When we used more force the rocket was suspended in the air longer and it went higher. I stepped on the rocket just enough to get it off the pole and it stayed in about the same poison but when i jumped on the rocket it would spring and travel a lot further.

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As the force increases the speed increases also

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We used an IPad as a timer and started it when the rocket flew up, and stopped it when it flew down.

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The speed increases with more force, and decreases with less.

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I would divide the height by the time it took to come down to get the speed.