Station Lab Newton S Laws Of Motion

1 Book: 1 Newton
2 Books: 2 Newtons
3 Books: 3 Newtons
The force was different because there was more mass to pull as more books were added.

This shows newtons 1st law because the books wanted to stay at rest, but as more force was added they moved.
The 2nd law is seen because the more mass there was, the more force was required to accelerate the books.
The 3rd law is there because as you pull on the spring balance, it pushes pulls back on you, which lets it move.

The eggs connect to the first law because the hard boiled egg is easier
Egg 1 mass: 60.6 to start and stop, but the normal egg is filled of liquid and is harder to
Egg 2 mass: 59.6 start and stop.
-Unable to tell difference
They connect to the 2nd law because the normal egg needs more force between eggs
-Might be a difference in spins to accelerate it then the hard boiled because it has a smaller mass.
-Egg 1 spins very fast, easier They connect to the third law because as you spin the egg it it pushes on your hand as you spin it. to stop. Hard cooked.
-Egg 2 spins slower and stops, big difference
It shows the 1st law because the penny wants to stay still and it falls
I flicked the card and the penny wanted to stay in place, straight down.
The 2nd law shows because the card needs force to produce so it fell straight down. acceleration. The 3rd law also shows because as you put force on the card, the card pushes back.

The marble hit the line and one marble came off.
2 marbles hit and 2 marbles came off.
3 marbles hit and 3 marbles came off.
This happened because of newtons 3 law

This shows the first law because the marbles that weren't affected stayed in place because of inertia.
It shows the 2nd law because it required a greater force to move 2 marble than one marble.
The 3rd law showed because if 2 marbles hit the line, 2 came off. This is an example of "every action has an equal and opposite reaction.

The beads slid from side to
Side in the dish. They wanted
To stay in one place, so they
Resisted motion.

As one person pulls on the scale, the other side shows the same Newton count.
Both scales say 7.
This occurred because every action has an equal and opposite reaction.

They demonstrated the first law because the beads resisted motion unless acted on by the shaking.
The 2nd law shows because the bigger beads need more force to move them because they have more mass then the smaller beads.
The 3rd law also shows because as you put force on the Petri dish, the Petri dish pushes back.

The first law shows because the scales are at rest until you start pulling The 2nd law shows because more force is required to move the scales the further they move apart
The 3rd law is apparent because as you pull on one scale, it pulls on the other scale. This is because every action has an equal and opposite reaction. Ball 1: .5 cm
It used the first law because when the box was
Ball 2: 1 cm acted on, it resisted but eventually moves.
Ball 3: 4 cm
The 2nd law comes into play the greater mass the
The greater mass marble had, the further the box moved. moved it farther than The 3rd law was used because the marble acted on the others the box, and the box acted on the marble
As I slide the ruler under the stack, one washer slides out because inertia makes the others stay in rest.

It used the first law because inertia made the stack stay in place because the stack was in rest.
The 2nd law was used because the more weight was in the stack, it required more force to remove the bottom.
The 3rd law was shown because as pushed the ruler, the ruler pushed back on me.