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We chose #1 balloons because the marshmallows don't absorb as much force.

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We chose design #1(balloons) because Marshmallows weigh a lot more than balloons. Also, when things are attached to balloons go down very slow.

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We need 10 balloons, 10 craft sticks, 8 binder clips, 2 cups, tape, and 1 meter of string

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We think balloon(answer #1) because it is a safer and slower way. NASA did it already and it worked. We think it will work because it worked for NASA.

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We chose the soft landing design (#1) because the index cards will not be as stable. Also, we think that marshmallows will not take in as much shock

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Berekeley is going to need 6 balloons clear tape 1 meter of string, 4 popsicle sticks, and a cup.

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10 Balloons,1 meter string, tape, 20 rubber bands, 8 small binder clips, 10 craft sticks, 2 small paper cups.

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We chose design #1 scientific name  (Balloons). We wanted balloons because balloons will slow down the decent of our spacecraft.We think that marshmallows are a lot heavier then balloons because balloons are mostly air.

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We need 9 balloons, 5 rubber bands, 2 cups, an egg,tape

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Our materials are 10 balloons 1 meter string 2 small cups tape and 10 craft sticks

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The following is only suitable for MATURE AUDIENCES and people who have DOUBLE CHINS
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/    \   /     \
/       \/         \ature!

Some of the forces that took place were the following. Opposite forces took place when the egg cracked because when the lander hit the floor, the floor hit the lander, therefore breaking the egg. Gravity took place when the lander was pulled toward the ground.

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Berkeley decided to do a marshmallow lander after testing.

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We chose #1 because  #2 is really small and the marshmallows are big.

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We chose design 1 because we figured balloons will have less impact then marshmallows. We also chose this design because it will be easier to protect the egg.

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by Tripp, Johnny, Liam and Cali

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Mission Coo coo Clock is a go!

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The materials we used were Balloons, rubber bands, Popsicle sticks, tape, and a Dixie cup.

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Mission Coo Coo Clock was a success!!!! NO harm done to egg. WE SURVIVED MARS!!!!!!!

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Design #2

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we are doing design #1

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Here are our materials

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paper, cardboard,Marshmallow,cup and tape.

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here is our lander

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WE SURVIVED!!!!!!!!!
The forces that took place when dropping the egg was gravity.

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Testing each different par of the spacecraft like our balloons, and our surface we helped Mr. Cooko survive Mars!!! #TEAMREEVES @TeamUCLA Aidan, Joanna, Shane, and Kylan

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We used ten balloons, a meter of string, a cup, and a had boiled egg.

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Our lander, pretty much failed it popped and cracked

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on out way to pick up jeff from the docs office.

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In our lander the ballons were small enough to not pop and absorbed most of the force and the ballons made it go a little slower so when it hit the ground less force was applied because of Newtons second and third law.

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hard boiled egg

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Testing helped us as a team to make the changes of padding the egg and moving the balloons over the top of the cup.

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Mr. Coo Coo survived again from 5 feet high this time. Here is our second design.

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Berekely's egg survived form 5 feet on their second try??? questionable

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Berekely's egg survived form 5 feet on their second try??? questionable

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Berkeley's egg had a birthmark!

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pop. sticks, binder clips, rubber bands.

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He's ALIVE!!!!!!!!!!!!!!!!!!

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UNICORN INDUSTRIES-ah ah ah ah stayin' alive!

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UNICORN INDUSTRIES-ah ah ah ah stayin' alive!

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Our egg didn't break even though a balloon fell off and we had some complications!

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we would change, by not using tape on the ballons and using design Number 2

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d
 How did testing help your team decide on what changes to make?
Berkeley's New Idea
Berkeley's New Idea
Berkeley decided to do a marshmallow lander after testing.
We put Mr.paper on to Mr.Marshmello
We put Mr.paper on to Mr.Marshmello
UCLA
UCLA
Testing each different par of the spacecraft like our balloons, and our surface we helped Mr. Cooko survive Mars!!! #TEAMREEVES  @TeamUCLA  Aidan, Joanna, Shane, and Kylan
Oregon
Oregon
Testing helped us as a team to make the changes of padding the egg and moving the balloons over the top of the cup.
banana balloon survived 5 ft
banana balloon survived 5 ft
Bowing
Bowing
we would change, by not using tape on the ballons and using design Number 2
 
add
 If you had time to redesign, take a picture and test it. How did your results change?
Berkeley's design 2
Berkeley's design 2
!!!
Berkeley's egg survived
Berkeley's egg survived
UCLA
UCLA
 Mr. Coo Coo survived again from 5 feet high this time. Here is our second design. 
Berekely's egg survived form 5 feet on their second try??? questionable
Berekely's egg survived form 5 feet on their second try??? questionable
Berkeley's egg had a birthmark!
 

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We would change by using shock absorbing so that way there is less of a chance to the marshmallow or egg break

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Testing helped our team decide on what changes to make by- 1, failing and trying again, 2, we put rubber bands around it, 3, cutting the Popsicle sticks. , And 4, redesigning.

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we didn't get to finish 😢😥😭😪

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we would make the cup more stable

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testing helped our team decide on what changes to make because we didn't have a plan at first and we need to know how to make it😑:-[

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The egg didn't break in are contraption. The egg was packed in so tightly that it didn't break.

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We would redesign it by no way at all!😊

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We didn't have time to design.🐢🐐🐨🐼

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We SURVIVED!!!!!!!
The forces that took place when we were dropping the egg are gravity, Newton's 3rd law, and Newton's first Law. This took place because the gravity pulled our lander down and, without gravity our lander would just be floating in mid air. Newton's 3rd law of motion was also a force acting when we dropped our lander, because the air was going against us. All the eggs that dropped used Newton's 1st law that says "An object in motion will stay in motion and an object at rest will stay at rest unless it is acted on external force. Our lander project is similar to Newton's first law because when we dropped the egg it stayed in motion until it was acted on by another force which was the ground.