quadratic equations microgravity vertical motion what do these three things have in common? stay...

14
QUADRATIC EQUATIONS MICROGRAVITY VERTICAL MOTION WHAT DO THESE THREE THINGS HAVE IN COMMON? Stay tuned and find out!!

Upload: cecily-sullivan

Post on 21-Jan-2016

214 views

Category:

Documents


0 download

TRANSCRIPT

Page 1: QUADRATIC EQUATIONS MICROGRAVITY VERTICAL MOTION WHAT DO THESE THREE THINGS HAVE IN COMMON? Stay tuned and find out!!

QUADRATIC EQUATIONS

MICROGRAVITY

VERTICALMOTION

WHAT DO THESE THREE THINGSHAVE IN COMMON?

Stay tuned and find out!!

Page 2: QUADRATIC EQUATIONS MICROGRAVITY VERTICAL MOTION WHAT DO THESE THREE THINGS HAVE IN COMMON? Stay tuned and find out!!

Why do we need to learn this math stuff, anyway???

Before we get started, take a look at this 13-minute video from NASA and see how the astronauts practice. While you watch, keep these questions in mind:

1. What is microgravity?

2.Why is the KC-135 Aircraft called the “Vomit Comet”?

3.Why are these people floating around in the aircraft?

http://microgravityuniversity.jsc.nasa.gov/video/RGSFOP_video.mpg

Page 3: QUADRATIC EQUATIONS MICROGRAVITY VERTICAL MOTION WHAT DO THESE THREE THINGS HAVE IN COMMON? Stay tuned and find out!!

Take a few minutes to talk about the three questions.

1. What is microgravity?

“micro” means small. Microgravity is reduced gravity. It can be created when an abject is in a falling state, like when the astronauts are orbiting (“falling around”) the earth.

Page 4: QUADRATIC EQUATIONS MICROGRAVITY VERTICAL MOTION WHAT DO THESE THREE THINGS HAVE IN COMMON? Stay tuned and find out!!

Take a few minutes to talk about the three questions.

2. Why is the KC-135 aircraft called the “Vomit Comet”?

That’s an easy one! Some people experience queasiness on the first

few parabolas. Remember the student in the video who said that everyone had airsick bags in the

pockets of their flight suits – just in case? . . . . . (oops!)

Page 5: QUADRATIC EQUATIONS MICROGRAVITY VERTICAL MOTION WHAT DO THESE THREE THINGS HAVE IN COMMON? Stay tuned and find out!!

Take a few minutes to talk about the three questions.

3. Why are these people floating around in the aircraft?

When the aircraft reaches the top of the parabolic arc and goes into a free-fall state, the people inside are falling at the same rate. They are experiencing “microgravity.”

Page 6: QUADRATIC EQUATIONS MICROGRAVITY VERTICAL MOTION WHAT DO THESE THREE THINGS HAVE IN COMMON? Stay tuned and find out!!

Can we experience moments of weightless here on the surface of the earth?

YOU BET WE CAN !!

Let’s meet some of the Residents of Mathland here at Palm Beach Gardens High School (Go Gators!). Then, click on the video clips of the students as they demonstrate examples of microgravity.

Page 7: QUADRATIC EQUATIONS MICROGRAVITY VERTICAL MOTION WHAT DO THESE THREE THINGS HAVE IN COMMON? Stay tuned and find out!!

Meet the Residents ofMATH LAND

Block 2Integrated Math III

Block 4Integrated Math III

Page 8: QUADRATIC EQUATIONS MICROGRAVITY VERTICAL MOTION WHAT DO THESE THREE THINGS HAVE IN COMMON? Stay tuned and find out!!

Pogo Madness

Page 9: QUADRATIC EQUATIONS MICROGRAVITY VERTICAL MOTION WHAT DO THESE THREE THINGS HAVE IN COMMON? Stay tuned and find out!!

More Pogo Madness

Page 10: QUADRATIC EQUATIONS MICROGRAVITY VERTICAL MOTION WHAT DO THESE THREE THINGS HAVE IN COMMON? Stay tuned and find out!!

Bouncing Tennis Balls

Page 11: QUADRATIC EQUATIONS MICROGRAVITY VERTICAL MOTION WHAT DO THESE THREE THINGS HAVE IN COMMON? Stay tuned and find out!!

. . . . And more bouncing balls

Page 12: QUADRATIC EQUATIONS MICROGRAVITY VERTICAL MOTION WHAT DO THESE THREE THINGS HAVE IN COMMON? Stay tuned and find out!!

Water balloons? In Math Class??

Page 13: QUADRATIC EQUATIONS MICROGRAVITY VERTICAL MOTION WHAT DO THESE THREE THINGS HAVE IN COMMON? Stay tuned and find out!!

Let’s try that again. . . . .

Page 14: QUADRATIC EQUATIONS MICROGRAVITY VERTICAL MOTION WHAT DO THESE THREE THINGS HAVE IN COMMON? Stay tuned and find out!!

And now, a word from our students