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How do you keep the speed consistent?

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How do you calculate
work?

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How do you see where the kinetic energy will be the least?

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How do you see how much kinetic energy there is?

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How do we see where the kinetic energy is the most?

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How do we make the roller coaster go over the 1st hill?

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How do you calculate work?

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where is the most amount of work done on the roller coaster?

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How much work will the coaster do?
What id the distance of the coaster?
How much work will it do?

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Can we use a trampoline?

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1. How do we gather enough potential energy to go up the first hill?
2. How do we make the marble not fall of the first hill?
3.How do we make it stop at the end of the roller coaster?

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Can we use a pulley?

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Can we use more than 1 marble?

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What is the height needed on the first hill for the coaster to work?
How much PE in the first hill?
How much KE in the first hill?

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what is work?

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how do you define power on the first hill?

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1. How much power do

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Table 5 how much potential energy on the first hill?

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Table 5 how much potential energy on the first hill?

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Can you use a device that can pull the roller coaster up?

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how do you define power on the first hill?

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How much KE is being used?
Where is there the most KE?
Where is there the least KE?

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Where is the most speed?
Where is there the least speed?
What is the average speed?

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What materials are we using?
What type of marble?
What is the limit to the number of materials we can use?

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how do you make the marble go around the loop?

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How do you make the marble stop at the end?

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How do you start it?

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What point on the track has the most Kinetic energy?

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how high should the first hill be?

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how do you make it go up the first hill?

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how will the momentum make the marble go up the first hill?

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What angle will the hill have to be in order for the marble to have the most Kinetic energy?

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What part of the track has the least kinetic energy?

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What are we allowed to use?

Can it go off the course and go back on if it is meant on purpose?

Is there a height limit?

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How do we keep the speed the same?

How can we find the average speed.

Which point on the track has the most speed

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How can we find the Kinetic Energy?

Where is the most kinetic energy?

How is Kinetic Energy being used?

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How much work will it do?

What is the total distance?

What is the total force?

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how much force on the first hill?

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how do you find kinetic energy?

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what point has the least potential
energy?

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what point has the most kinetic energy?

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how do you keep the speed the same at all times?

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how do you calculate speed?

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what point has the least amount of speed?

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how many materials can we use?

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How much time do we have and how many days do we have?

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How much space do we have to work?

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What is the formula for work

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How do you calculate speed?

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How do you keep the speed consistent?

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Is thee a speed limit?

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When is the deadline for the project?

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Can we drop the the marble at the start of the ride?

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How much work will we need

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How do we make the marble stop at the end?

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1. How will the marble not fall off the track
2. What materials are best to use
3. What theme will we choose

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How can we make sure the marble goes over the hill fast enough?

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Will using a machine to pull the marble up the first hill be better than just dropping the marble from the first hill?

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1)
1. What is the work done?
2.Does the mass of the marble affect the work done?
3. Does more loops equal more work done.

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How do we make sure the hill doesn't give too much energy?

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(2)
1. How much power do we need to get over the 1st  hill?
2. Does the  1st hill need to be higher than the starting point to go over.
3. Does the mass affect this?

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Does the Kinetic energy always happen when the coaster goes down hill

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1. How do we get the marble to go the speed we want
2. How much speed do we need to start
3. What is the diff. between the speeds going up and down the hill

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(3)
1. Does it matter if it is going up or down?
2. Does the height of the rollercoaster affect the KE ?
3. What is the max amount of Ke

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How do we show work?