
Gary: Hey Pupil
Pupil: Oh hi G
Gary: What are you doing?
Pupil: I am practicing my scoring for a hockey game this afternoon
Pupil hits the puck to hard and it bounces back
Pupil: I must be hitting to hard because every time I hit the hockey puck it bounces back towards me
Gary: You know why don't you?
Pupil: No, I don't
Gary: the puck bounces back because of this law of physics: for every action there is an equal and opposite reaction. That law was discovered by a famous penguin named Isaac H. Newtonflipper.
Pupil: So every time I hit the puck it bounces back just as equally as hard?
Gary: Precisely
Pupil: So the softer I hit it the less hard it will hit the wall therefore not bouncing back as hard, right?
Gary: Correct Pupil. So when you play hockey later today remember to hit the puck just hard enough for it to go in the goal and not bounce back out of it.
Pupil: Got it
All the lights in the ice rink go out
Gary: Well it looks like I will have to put in a new circuit for the lights again. This time I will make sure it is a parallel circuit.
Pupil: Whats that?
Gary: (laughing) That's another lesson my friend. Why don't you come to my igloo and have some hot chocolate with me.
Pupil: Ok.
Hey Inventor Penguins,
Its Garys Pupil here! G told me an experiment that you can do that has to do with Newtonflipper's law of motion. Get a bouncy ball and bounce it really hard on the ground. Now take the bouncy ball and just lightly bounce it. See how both times the ball bounced equally as hard as you dropped it?
Waddle On,
G and Garys Pupil
P.S. Look for both of us on Club Penguin!
Gary: Well it looks like I will have to put in a new circuit for the lights again. This time I will make sure it is a parallel circuit.
Pupil: Whats that?
Gary: (laughing) That's another lesson my friend. Why don't you come to my igloo and have some hot chocolate with me.
Pupil: Ok.
Hey Inventor Penguins,
Its Garys Pupil here! G told me an experiment that you can do that has to do with Newtonflipper's law of motion. Get a bouncy ball and bounce it really hard on the ground. Now take the bouncy ball and just lightly bounce it. See how both times the ball bounced equally as hard as you dropped it?
Waddle On,
G and Garys Pupil
P.S. Look for both of us on Club Penguin!