a force will stay in motion and a force will stay at rest until an apposing force acts on it
100
how many light years would it take to go across the milky way
150,000 light years
100
What is the first rule of the engineering design
define criteria and constraints
100
Where do atoms come from
exploding stars
100
What is kinetic energy
kinetic energy is when an item does not move
200
What is the second law of motion
force=mass x acceleration
200
what is the largest planet
jupiter
200
What is the second rule of the engineering design
research and develop model
200
What is the center of an atom
nucleus
200
What is our earliest heritage
an exploding star
300
what is the 3rd law of motion
every action has an equal and opposite reaction
300
What is the largest star
vy canis majoris
300
What is the third rule of the engineering design
analyze data and evaluate competing designs
300
what is an atom
an atom is the smallest broken down thing there is
300
What is potential energy
energy that moves by its self
400
What are all three laws of motion
1 an object will stay in motion and an object will stay at rest until an opposing force acts on it
2 force=mass x acceleration
3 for every action there is an equal and opposite reaction
400
What is the largest star
VY Canis Majoris
400
What is the last rule of the engineering design
redesign to reach optimal design
400
What circles the protons and the neutrons
electrons
400
how many atoms are in baking soda
6 atoms
500
Who made the laws of motion
Issac Newton
500
which galaxy will collide with ours in a few billion years
andromeda galaxy
500
What are all the rules of the engineering design
1 define criteria and constraints
2 research and develop model
3 analyze data and evaluate competing designs
4 redesign to reach optimal design