# data[].attributes.body
-systems are used to make work ex. easier, pulleys, levers
- Inertia: Resistance to motion
-One of Newton's three laws: Objects don't like to change what they're doing but they stay doing what they're doing until a force acts on it.
-there are multiples types of energy ex. kinetic energy potential energy
-Another one of Newton's laws
For every action there is an equal but opposite reaction

5 things we want to know:

what type of work is ideal when it comes to making structures?
How might potential and kinetic energy work together to make work easier?
what material would be ideal for preventing concrete from cracking.
to under stand more of newtons laws.

# data[].attributes.body
5 things we know
-Pressure
-Force
-Structure
-Energy
-Efficiency
5 things we learned
- Measuring forces
- Electricity
- Heat
- Work
- Gravity
5 thing we want to know
- Complex structures
- Complex systems
- Robotic
- Mechanical Advantages
- Mechansims

# data[].attributes.body
1. an example of a simple system is a pulley or lever.
2. systems are a big part of our world.
3. systems have hundreds of uses .
4. systems make our lives easier.
5. many systems make us able to work faster.

want to know:
1. what makes a system a system.
2. what makes a system go.
3. who invented the pulley.
4. where is a lever used in our daily lives.
5. is a button a system.

# data[].attributes.body
By: Leana, Geraldine, Olivia, Hannah
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5 Things we Know:
- The 6 simple machines (ex. Inclined plane/ramp)
-Friction
-Machines powered by gears
-Potential Energy
-Input and Output force
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5 Things we Learned:
- Classifying The Forces
- Contact Forces
-Calculating Mechanical Advantage
-Gravitational Potential Energy
-Measuring Forces