Numerade

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Which of the following instructions subtracts the value in x5 from the value in x6 and saves the result in x20? sub x20, x6, x5 sub x6, x20, x5 sub x6, x5, x20 sub x20, x5, x6

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Suppose that f is a function given as f(x)=-x2-4x+3. Simplify the expression f(x+h). f(x+h) = x2+h2−2xh−4x+4h+3Incorrect Simplify the difference quotient, f(x+h)-f(x)h. f(x+h)-f(x)h = The derivative of the function at x is the limit of the difference quotient as h approaches zero. f′(x)=limh→0 f(x+h)-f(x)h =

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A baseball is tossed upward by an astronaut on the moon. There is no atmosphere on the moon. How does the rate of potential energy change compare to the rate of kinetic energy change? U/t is larger larger in magnitude than K/t U/t is smaller in magnitude than K/t U/t is equal in magnitude but not in sign to K/t U/t is equal in magnitude and equal in sign to K/t

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13. How does osmosis differ from diffusion? a. Osmosis requires energy, while diffusion does not b. Osmosis moves molecules against their concentration gradient, while diffusion moves molecules down their concentration gradient c. Osmosis involves the movement of water, while diffusion involves the movement of solutes d. Osmosis requires the use of carrier proteins, while diffusion does not

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The division of the autonomic nervous system that orchestrates the rest-and-digest response to bring the body back to noncrisis mode is called the _____ nervous system. parasympathetic central sympathetic somatic

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QUESTION 1 \cdot 1 POINT Evaluate $\cot^{-1}\left(\cot\left(\frac{5\pi}{4}\right)\right)$. Enter an exact answer in radians. Provide your answer below: $\cot^{-1}\left(\cot\left(\frac{5\pi}{4}\right)\right) = \boxed{}\text{ rad}$

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Consider the working set model with working set window ∆ = 3. Given the reference string of a process p: RS = y x x x x x x y y u x x y z y z w w z x x w w. What are the largest and smallest working set size and its corresponding working set that process p will ever have? If there are more than one working set, list them all.

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(1 point) A sample of $n = 12$ observations is drawn from a normal population with $\mu = 1020$ and $\sigma = 200$. Find each of the following: A. $P(\bar{X} > 1147)$ Probability = 0.9857 B. $P(\bar{X} < 916)$ Probability = 0.0322 C. $P(\bar{X} > 1008)$ Probability = 0.4207

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2. Consider a function g(x), with domain ($-\infty$, -2) U (-2, 2) U (2, $\infty$). We don't know what g(x) is, but we are given the sign charts for the first and second derivative of g(x): \begin{tabular}{|c|c|c|c|c|} \hline x & -2 & 0 & 2 & 6 \\ \hline g'(x) & + & + & - & + \\ \hline \end{tabular} \begin{tabular}{|c|c|c|c|} \hline x & -5 & -2 & 2 \\ \hline g''(x) & - & + & + \\ \hline \end{tabular} (a) (4 points) On which interval(s) is the function g(x) concave up? Explain how you know. (b) (4 points) On which interval(s) is the function g(x) decreasing? Explain how you know. (c) (6 points) Give the x-value(s) of all the extrema of g(x), if any. Classify each one as a maximum or a minimum. If there are no extrema, explain how you know. (d) (4 points) Give the x-value(s) of all the inflection points of g(x), if any. If there are no inflection points, explain how you know.

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Question 22 When the CPI rises, the par value of which increases? debenture callable bond Treasury bond TIPS 2 pts

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phillip a.