1/5 – 1/8/16 (Vectors, Proj Mot.)

THE COMING TWO WEEKS IN THE 807 : (my best guess as of 1/13)

Mon (1/11) — JM, BOW, Slide Show, Introduce Type 2B Projectile Motion

MONDAY EVENING (6:30 – 7:30) CANTINA RUN TO SAMS

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Tues (1/12) — Wrap up Type 2B Projectile Motion; Hand out: Sheet 5.5 (Graphing Projectile Motion)

TUESDAY AT LUNCH (12:12-12:55): ROCKETRY

TUESDAY EVENING (4:30 – 6:00) Botball Builds Board for this season

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Wed (1/13 )— DUE for Stamp or 15pt CFP: Sheet 5.4 Hand out 40pt Sheet 5.6 Reading Questions (Due 1/22); Wrap up Sheet 5.5; Hand out Sheet 5.7 Projectile Motion Lab (BIG Bonus Available)

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Thur(1/14) —DUE in the box by 4:30 PM: Sheet 5.1 DUE: 20pt Sheet 5.1 (Gold Standard UA) by 4:30PM in the box. We will be doing Projectile Motion Lab

THURSDAY AT LUNCH (12:12-12:55): GABE WILL BE HERE TALKING ABOUT THE LATEST RESEARCH ON TORNADOES.

THURSDAY EVENING (4:30 – 7:00) Botball Meeting

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Fri (1/15) —DUE for Stamp or 15pt CFP: Sheet 5.5 FBF; not sure yet, Probably be finishing up Projectile Motion Lab . . . MAY get to Sheet 5.8 (Introduction to Conservation of Momentum)

THE WEEK AFTER:

Mon (1/18) — NOT HERE! Sleep in. Stay in your jammies all day. At least that is what I plan on doing.

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Tues (1/19) — JM, BOW, Slide Show, We will definitely be working on Con of Mom by now.

TUESDAY AT LUNCH (12:12-12:55): ROCKETRY

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Wed (1/20 )— Don’t know yet

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Thur(1/21) —Don’t know yet

THURSDAY AT LUNCH (12:12-12:55): PART 1 OF DANE’S GALILEO’S COMPASS WORKSHOP

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Fri (1/22) — Don’t know yet

FRIDAY AT LUNCH (12:12-12:55): PART 2 OF DANE’S GALILEO’S COMPASS WORKSHOP

: This sheet is due on Wednesday (1/14)

: Veering is simply moving in a direction a certain amount of degrees from the direction that you are traveling.

: From sheet 5.2

: From sheet 5.2

: Pee Boy . . . Pee Boy . . . knock it off Pee Boy.

: t can be found from the second blue equation OR from the Blue quad.

: the easiest way to think of Projectile Motion.

: Our first Land-Air problem

: I screwed up a little bit. I should have made the “t” a “tau” because ∆y is zero ONLY at the total time. You can use “half tau” to determine the apex height. CAUTION: This only works in Type 2B problems.