Recent Changes

Day 3- We attached the fins and researched
Day 4- We worked on the parachute and researched
240 g.
Day 6- We test launched our "prototype" and it launched to around 10 meters, but was only airborne for around 4 seconds. We worked on the cone and the parachute. Learned that we needed more mass to resist the air resistance, but not too much mass or it won't work. (possibly adding something to the cone/ parachute system etc.) So we have to work on the time it is in air and the parachute system
Day 7- For the first time we tested our parachute system, the first time failed because the string got tangled. The second time was a success because we rearranged the strings. (Note: wind tangled the string a few times) Now we have to make a system that will shoot the parachute out when it begins to fall.

Day 7- For the first time we tested our parachute system, the first time failed because the string got tangled. The second time was a success because we rearranged the strings. (Note: wind tangled the string a few times) Now we have to make a system that will shoot the parachute out when it begins to fall.
Day 8- We tested our rocket and parachute system a few times.
rocket together
Cone-
Cone- We built built so Ryanwe made a test run it but Dennis didn't.it.

TwoA 2 Liter bottlesBottle
A 1.5 Liter Bottle
Plastic (for cone)
Cardboard (for the fins)
Scissors

Day 7- For the first time we tested our parachute system, the first time failed because the string got tangled. The second time was a success because we rearranged the strings. (Note: wind tangled the string a few times) Now we have to make a system that will shoot the parachute out when it begins to fall.
Day 8- We tested our rocket and parachute system a few times.
rocket together
Cone-
Cone- We built the fins that ryan built so Ryan test run it.it but Dennis didn't.

Find out how the parachute is folded
Hot glue the payload (the side without the minifins) onto the main rocket body
the payload stryafoamontostryofoam onto the body,
Introduction
This is a page for Dennis and Ryan's physics experiment.

Cone- 110 Degree, 20 cm, tape the top with duck tape
Cut a string tape it on the cone and tape it on the payload ( the side with the mini-fins)
is folded
Hot glue the payload (the side without the minifins) onto the main rocket body
the payload stryaphyome ontostryafoamonto the body,
Introduction
This is a page for Dennis and Ryan's physics experiment.

Plastic Bag (for Parachute)
String
Hole PuncherTape

Day 3- We attached the fins and researched
Day 4- We worked on the parachute and researched
We researched (dennis(Dennis used the
Day 6- We test launched our "prototype" and it launched to around 10 meters, but was only airborne for around 4 seconds. We worked on the cone and the parachute. Learned that we needed more mass to resist the air resistance, but not too much mass or it won't work. (possibly adding something to the cone/ parachute system etc.) So we have to work on the time it is in air and the parachute system
Day 7- For the first time we tested our parachute system, the first time failed because the string got tangled. The second time was a success because we rearranged the strings. (Note: wind tangled the string a few times) Now we have to make a system that will shoot the parachute out when it begins to fall.

Day 8- We tested our rocket and parachute system a few times.
Day 9- Dennis rebuilt another parachute because the old one was broken. Then we made the parachute system in the rocket and the cone, all we need to do now is put the rocket together
the fins that Ryan built so Ryan test run it, but Dennis didn't.it.