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Caroline Cheung Pd 2&3 What to do?

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A zoo sponsored a one-day contest to name a new baby elephant. Zoo visitors deposited entries in a special box between noon (t = 0) and 8 P.M. (t = 8). The number of entries in the box t hours after noon is modeled by a differentiable function E for 0t8. Values of E(t ), in hundreds of entries, at various times t are shown in the table above. The lesson today is… t (hours)02578 E(t) (hundreds of entries)

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Use the data in the table to approximate the rate, in hundreds of entries per hour, at which entries were being deposited at time t = 6. Show the computations that lead to your answer. To find the rate at t = 6 you have to use the Mean Value Theorem: According to what was given in the chart. Use t = 5 and t = 7 because 6 is between those two numbers. E(6) = At t = 6 there are 4 hundred entries per hour

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Use a trapezoidal sum with the four subintervals given by the table to approximate the value of Using correct units, explain the meaning of in terms of number of entries t(hours)02578 E(t) (hundreds of entries) The four subintervals are (0,2), (2,5), (5,7), (7,8) Is the average number of hundreds of entries in the box between noon and 8 P.M. Ahhh!

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Trapezoidal rule : Note: The base would be the amount of entries added together and the height would be the difference between the t values. Giving you: = or PLUG IT IN!

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At 8 P.M., volunteers began to process the entries. They processed the entries at a rate modeled by the function P, where hundreds of entries per hour for 8t12. According to the model, how many entries had not yet been processed by midnight (t = 12)? It is given in the chart that at E(8) = 23. Take the amount of entries processed which is E(8) subtract the integral of P(t) from 8t12. To determine how many entries were not processed. Note: Integration is necessary because the function given models the rate. ???

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Step 1: type in 23 – Step 2: go to MATH then scroll down to the 9 th one and press enter Step 3: type in the equation Step4: then press the following buttons:, X, 8, 12 Step 5: press enter to solve. Oh yeah. We got this. = 7 hundred entries

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According to the model from part (c), at what time were the entries being processed most quickly? Justify your answer The problem asked for what the entries are processed most quickly which means to find the maximum of the function. Note: Find the derivative of the function in order to find the maximum of the function. P(t) = 0 To find the zeros of the function graph the function.

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Plug it into the calculator to graph The graph Press 2 nd trace and scroll down to ZERO. Set the bounds and get t = and t = Thats right

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After obtaining the values plug it into the original equation (P(t)) to determine the maximum value. t P(t) At t = 12 the entries are processed most rapidly

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THE END! Lets dance!

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0_calculus_ab_scoring_guidelines.pdf o15/Monkey%20gif%20Smilies/Army%20animated%20gif/ gif?o=44 anifan/Monkeys/yoyodancing.gif?o=115 dancing.gif sas/GIFS/screaming_panda_by_kotorikurama.gif?o=3 Works Cited

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content/uploads/2011/02/Confused_face1.png gif building_Justin_Beaver-s128x png gazette.com/pg/images/200907/spongebob_330.jpg

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