Reflect and Connect:
3…2…1…Lift off
1. What are your top 3 ratios that flew the farthest?
2. Are there similarities in these 3 ratios?
3. The Tesla coil is a form of electrical energy. Explain what this does to the H2
and O2 in the rocket. Support your answer with a microscopic drawing.
(Hint: think BBs)
4. Was there any evidence of energy released in the reaction? List them.
5. Explain any other factor that may increase the distance your chamber moved
when tested.
6. Explain what happened at the microscopic level to your rockets that were
“duds”.
7. The reaction between the H2 and O2 formed water (H2O). Write out this chemical
reaction in an equation. Make sure that it is a balanced reaction. Next, draw a
microscopic drawing of what you think is happening in the chamber. Your
drawing should consider your ratios, and a balanced equation.
8. What is needed for atomic collisions?
Reflect and Connect:
3…2…1…Lift off
1. What are your top 3 ratios that flew the farthest?
2. Are there similarities in these 3 ratios?
3. The Tesla coil is a form of electrical energy. Explain what this does to the H2
and O2 in the rocket. Support your answer with a microscopic drawing.
(Hint: think BBs)
4. Was there any evidence of energy released in the reaction? List them.
5. Explain any other factor that may increase the distance your chamber moved
when tested.
6. Explain what happened at the microscopic level to your rockets that were
“duds”.
7. The reaction between the H2 and O2 formed water (H2O). Write out this chemical
reaction in an equation. Make sure that it is a balanced reaction. Next, draw a
microscopic drawing of what you think is happening in the chamber. Your
drawing should consider your ratios, and a balanced equation.
8. What is needed for atomic collisions?