I will finish adding captions by 7PM, Dec 16th:
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- PhyFl18SS3.3.1 Taken right before the In House Preseason Tournament. There are at least a few future millionaires in this picture.
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- PhyFl18SS3.3.2 1st Semester Hall of Famers. Chosen by proven brilliance of mind.
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- PhyFl18SS3.3.3 Monday’s outline
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- PhyFl18SS3.3.4 Prob 3.7.2a
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- PhyFl18SS3.3.5 Prob 3.7.2a and 2b
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- PhyFl18SS3.3.6 Prob 3.7.3
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- PhyFl18SS3.3.7 Prob 3.7.3
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- PhyFl18SS3.3.8 Prob 3.7.3
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- PhyFl18SS3.3.9 Deriving the Blue Quad
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- PhyFl18SS3.3.10 Blue Quad
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- PhyFl18SS3.3.11 Sheet 3.3 (front)
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- PhyFl18SS3.3.12 Sheet 3.3 (Front) adding vectors
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- PhyFl18SS3.3.13 Sheet 3.3 (top of back)
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- PhyFl18SS3.3.14 Sheet 3.3 the back
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- PhyFl18SS3.3.15 Tuesday’s bullet points
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- PhyFl18SS3.3.16 3rd hours’s Rocket Launch data
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- PhyFl18SS3.3.17 6th hours’s Rocket Launch data
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- PhyFl18SS3.3.18 36th hours’s Rocket Launch data
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- PhyFl18SS3.3.19 percent difference between the two different techniques to determine launch velocity
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- PhyFl18SS3.3.20 7th hours rocket launch data
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- PhyFl18SS3.3.21 7th hours rocket launch data
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- PhyFl18SS3.3.22 VERY IMPORTANT! Shows acceleration vectors in green (with magnitudes = g) and the various velocity vectors of the rocket
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- PhyFl18SS3.3.23 Prob 3.7.6
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- PhyFl18SS3.3.24 A negative trio graph of Prob 3.7.6
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- PhyFl18SS3.3.25 Another example of a negative trio
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- PhyFl18SS3.3.26 An example of a positive trio
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- PhyFl18SS3.3.27 Wednesday’s bullet points
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- PhyFl18SS3.3.28 THursday’s bullet points
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- PhyFl18SS3.3.29 Prob 3.3 Back: Component Method and stack and rack
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- PhyFl18SS3.3.30 This is our class data from dropping the basketball from a the ceiling in the room (considered a small height) Small heights are any height where the time of fall is less than 1 second. The MAJOR problem with this time data is that it reduces down to 1 sig fig after you take into account the human reaction time (±0.15sec). One sig fig data is the death sentence in science. NOBODY will believe you.
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- PhyFl18SS3.3.31 More short height stuff
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- PhyFl18SS3.3.32 Short height stuff
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- PhyFl18SS3.3.33 Prob 3.9.2a Adding modified vectors
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- PhyFl18SS3.3.34 Friday’s bullet points
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- PhyFl18SS3.3.35 Prob 3.7.7
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- PhyFl18SS3.3.36 Momentum is “moving inertia” We will study it in detail 2nd semester. Its the reason an object will keep on rising (but slowing down) after the upward force is removed. The object wants to keep going and going until the earth’s gravitational field gently calls it back home.
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- PhyFl18SS3.3.37 Prob 3.7.7
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- PhyFl18SS3.3.38 Prob 3.9.1 Vector PUZZLES!
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- PhyFl18SS3.3.39 We just mentioned the idea of MULTIPLYING vectors. Thats a second semester thing. Two ways to multiply vectors: Dot Products and Cross Products
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- PhyFl18SS3.3.40 Dot products are the source of all energy from forces. Cross Products are the source of all rotations and twists
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- PhyFl18SS3.3.41 . . . .
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- PhyFl18SS3.3.42 . . . .
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- PhyFl18SS3.3.43 These people take recorders to heights I have never heard before.
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- PhyFl18SS3.3.44 The Stella crowd was large on Saturday morning. Perhaps I should open my own coffee shop when I retire. What would I call it?
Askey Physics 