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noelia abbott

noelia a.

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Which of the following were used in the Meselson and Stahl experiment on DNA replication? Choose the TWO correct answers. Heavy Nitrogen Agarose Gel Electrophoresis UV Mutagenesis 32-P radioisotopes X-Ray Crystallography 35-S radioisotopes PCR Density Gradient Centrifugation

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2 Calculate the forecasted values of tempurature based on weeks using Moving Average with m = 3. 4 Required: 5 Complete the rest of the table: 6 Week Tempurature Predicted |e| e^2 7 1 10 - - - 8 2 14 - - - 9 3 8 - - - 10 4 25 10.66666667 14.33333333 205.4444444 11 5 16 15.66666667 0.333333333 0.111111111 12 6 22 16.33333333 5.666666667 32.11111111 13 7 14 21 7 49 14 8 35 17.33333333 17.66666667 312.1111111 15 9 15 23.66666667 8.666666667 75.11111111 16 10 27 21.33333333 5.666666667 32.11111111 17 11 18 25.66666667 7.666666667 58.77777778 18 12 40 20 20 400 19 13 28 28.33333333 0.333333333 0.111111111 20 14 40 28.66666667 11.33333333 128.4444444 21 15 25 36 11 121 22 16 65 31 34 1156 24 Calculate the MAE: 11.05128205 26 Calculate the MSE: 197.7179487 28 In which week was forecasted tempurature the furthest from the actual tempurature? Week 16 30 Predict what the tempurate would be for Week 17 43.33333333

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6. Copper-Silver Phase Diagram 1084 T(°c) 780 cu 8 36 72 91 Ag Alloy: 64 wt% Cu, 36 wt% Ag (a) At what temperature does solid first appear? (b) What phase is it? (c) What is its composition? (d) What phases are present just below the eutectic? (e) What are the compositions of these phases? (f) What are the weight fractions of these phases? (g) Draw the resulting microstructure.

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We are attempting to remeasure the financial statements of Gumballs Adventure Emporium from Yen to USD. We have collected the following exchange rates throughout the year: Exchange Rates 1/1 1.72 3/31 1.88 6/30 1.90 9/30 1.85 12/31 1.82 Avg 1.83 Which rate would we use to remeasure the company's equipment at year-end (on 12/31) if the equipment were purchased on 6/30? Group of answer choices 1.83 1.82 1.72 1.90

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f(x) = x^3 - 3x^2 - 7x + 2. Find any values of c such that f"(c) = 0. (Enter your answer as a comma-separated list. If any answer does not exist, enter DNE) c = DNE

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Choose the best description of the leading and lagging strands. The leading strand is synthesized continuously and the lagging strand is synthesized discontinuously. The leading and lagging strands are both synthesized as Okazaki fragments. DNA polymerase synthesizes the leading strand first and then returns to synthesize the lagging strand. The lagging strand is attached to the leading strand by the action of single- strand binding protein.

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Linda compared the masses of subatomic particles protons, neutrons, and electrons. She converted the mass of each one of them into kilograms using a calculator. The calculator then displayed the following numbers 1.672E27 (mass of a proton), 1.675E27 (mass of a neutron), and 9.109E-31 (mass of an electron). Linda arranged the particles from lightest to heaviest. Which is the correct arrangement of these subatomic particles according to their mass? (1 point) proton, neutron, electron neutron, proton, electron electron, neutron, proton electron, proton, neutron

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Q5. Why is it difficult to separate the lanthanide elements?

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Examples (homework) In orthogonal cutting if the depth of cut is 1.25 mm and chip thickness after cutting is 2 mm, determine the following: i. Chip thickness ratio. ii. Shear angle. If rake angle is 10.

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For problems 1 - 16 use the method disks/rings to determine the volume of the solid obtained by rotating the region bounded by the given curves about the given axis. 1. Rotate the region bounded by $y = 2x^2$, $y = 8$ and the $y$-axis about the $y$-axis. 2. Rotate the region bounded by $y = 2x^2$, $y = 8$ and the $y$-axis about the $x$-axis.

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