10/31 -11/3/16 (Trios meet CLDeipa)

ORANGE: Homework Assignment is given RED: Assignment due in the box or for a stamp GREEN: Something going on at lunch PURPLE: Something going on at night BLUE: a link to what we watched

WHAT WILL HAPPEN THIS WEEK

TEST WEEK! :

Mon (11/7) —

Joke Monday

Packet 2 History

TRIBE DAY

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Tues (11/8) —

ROCKETRY

RED DAY!

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Wed (11/9)—

TEST 2 (side 1 and 2)

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Thur(11/10)

TEST 2 (side 3 and 4)

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Fri (11/11)

Thanksgiving Feast and Film

Go to the Warren to see Arrival 7:40PM Show. Buy your tickets now.

WHAT SHOULD HAPPEN NEXT WEEK

Mon (11/14) —

New Seats (stamps and meet group 1)

Joke Monday

BOW

Overview of Packet 3

Packet 2 Celebrities Due at Midnight

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Tues (11/15) —

ROCKETRY

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Wed (11/16)—

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Thur(11/17)

GUEST SPEAKER

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Fri (11/18)

PICS FROM LAST WEEK:

I’ll add captions when I get time.

: Where two of the fundamental kinematic equations come from.

: Know how to do these. This is where we figured out that the constant (k) is 1/2 a in the parabolic equation for x in a trio.

: Answer on next slide.

: How to work the previous slide question. There will be one like this on the next big test.

: Steps 1-6 of deriving the 3rd Orange Equation.

: Steps 6-11 of the derivation of the 3rd Orange.

: 2.9.5

: 2.9.5

: 2.9.5

: 2.9.5

: Know how to work problems like this where you have to start in the basement (with the constant function) and then work through the graphs to come up with the length of the barrel.

: You need to be able to work these problems where you have the a vs. t. You find the accumulation of area of the a vs. t. This gives you where the v vs. t ends up. Then you find the v vs. t accumulation area and that tells you where the final x position is. On the Take Home Test, the final x position (area of the right triangle of v vs. t) tells you the final position which is the length of the gun barrel.