The Egg drop challenge:
Rules:
1. You have to get the egg into the glass of water using any of the items provided. Each team only gets ONE EGG!
2. You can only touch the egg once. (Rolling the egg with an item counts as multiple touches)
3. You cannot drop the egg into the glass with your hands (That's cheating!).
4. You cannot drop the egg into the glass by using any of the items as if they were hand extensions (ie: Placing the egg in the Glass with the spoon, or using two items to pick the Egg up and place it in the Glass).
5. The team that gets the egg into the glass with the LEAST amount items WINS.
2. You can only touch the egg once. (Rolling the egg with an item counts as multiple touches)
3. You cannot drop the egg into the glass with your hands (That's cheating!).
4. You cannot drop the egg into the glass by using any of the items as if they were hand extensions (ie: Placing the egg in the Glass with the spoon, or using two items to pick the Egg up and place it in the Glass).
5. The team that gets the egg into the glass with the LEAST amount items WINS.
HINT: What Would Newton do???
Lesson 3:
Newton’s Second Law of Motion
Learning Goals:
1. What is Newton's Second Law of motion?
2. What are the variables involved in Newton's Second Law?
3. How do these variable interact with each other?
4. Learn to solve problems using Newton's Second Law!
2. What are the variables involved in Newton's Second Law?
3. How do these variable interact with each other?
4. Learn to solve problems using Newton's Second Law!
What is Newton's Second Law?
The Variables involved in
newton's second law:
A race car speeds up quickly because it has a small mass and experiences a large net force.
A truck accelerates more slowly. Even though a large net force acts on it, the mass is large.
A small economy car also accelerates more slowly. It has a small mass and a small net force.
The relationship among
acceleration, net force, and mass:
A large net force results in a large acceleration.
A small net force results in a small acceleration.
A small mass results in a large acceleration.
A large mass results in a small acceleration.
Sample Problems:
Using Newton's second law
Real-World Applications:
Haptics!?!
Quizlet: Lesson 3
Learn all about Newton's Second Law on Quizlet!
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