The average height of the tree over the time interval 2. 10 t. ≤ ≤ is. 263. 32 meters. {1 : trapezoidal sum. 2 : 1 : approximation. (d) ( ) 50.

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... cos 2~x term I cannot find any plausible explanation. ... 1 2 3 4 5 2 11 42 52 102 55~ 58 ~6 ~8 56 3087 ... 3 — 0•5 +0'l — 1•0 —. 20 + 0'7 +1•1 — 14 — 04 — 2 ...

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1. ,. 1. 2. ,. 1. 3. ,. 1. 4. ,. 1. 5. ,. 1. 6. ,... get closer and closer to 0. Consider this, however: Let f(n) = sin(nπ). This is the sequence sin(0π), sin( ...

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x = tan-1 (~2) x=30.9638° shelf 10 in wall brace ... 2-0.4452. -14. 0. 5 24% 6. 12 ... 1==== 4√3 = 2√3. √3. 3 a tun 30°-. ། ཙ. 3. ماس a=√3. 30°. -or-. 1=5√3.

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(x − 3)2 (x − 1)2(x + 3). 283. f(x) = −15(x ... 2 sin(2x)cos x = 2(2 sin x cos x)cos x = 4 sin x cos2 x. 198. 2 ... Not differentiable at -4, –2, 0, 1, 3, 4, 5.

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2) The plane y + z = 3 intersects the cylinder x2 + y2 = 5 in an ellipse. Find parametric equations for the tangent line to this ellipse at the point (1,2,1).

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... 0, so we can take f(x, y) = xe−y as a potential function for F. Thus. W = ∫. F · dr = f(2,0) − f(0,1) = 2 − 0=2. Page 2. Problem 3. Use Green's theorem to ...

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X (2π/a 0 0). L. 271. Page 55. Brillouin Zone of Diamond ... 1. 2. 3 aa b b b. 2 2. 0 π π. -. = = So the reciprocal ... (1 cos 2 ). 2. I θ. ∝. +. Page 99 ...

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3 √X+17 cos (3x+1) x+1. Page 2. Q2]... [12 points] ... 263 sin(2x+5). 63=64-1 → brig portion is similar to that If y131. 3. Page 3. Q3 ... X=TY4 сл. 5. =\ -2 sin( ...

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3 : 1 : antiderivative of 2. 4. 1 : answer x x ... Note: max 1 3 [1-0] if no chain rule. Page 6. AP ... 1. 3 x. < for. 3 x

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