In Problems 7–12, find the median.
11.
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Calculus for Business, Economics, Life Sciences, and Social Sciences (14th Edition)
- 3. Given p(x) = (1+ 2x)*.arrow_forward18. 2. If f(x)=3x²-7 for all real numbers x, which of the following is equal to f(3) +ƒ(4)² A. (0) + (5) B. (6)-f(4) C. (6)+(1) D. f(7)-f(3) 1 *Show/Illustrate/Explain all work that leads to your answer*arrow_forward55. Find the missing entries in the following table 1 3 4 5 y = f(x) | 0 15 35arrow_forward
- In Problems 15–18, solve the inequality by using the graph of the function.arrow_forward4. If g(x) = 3(x-1)² – 4, determine the value of the defendant variable g(3) - 7.arrow_forward2. Jim and Catherine are again interested in adjusting the 0-1 variables from Case 2.2 so that theycan examine different scenarios. However, theyrealize that the number of combinations of thetwo 0-1 variables they have control of, low-endversus high-end and mildly aggressive marketing versus very aggressive, is a small number,2×2 = 4. Therefore, they want you to use aRISKSIMTABLE function, with an index from 1to 4, so that a single @RISK run with 4 simulations can be made. You will have to use lookupfunctions so that the two 0-1 variables changeappropriately as the index of RISKSIMTABLEvaries from 1 to 4. As for the third 0-1 variable, whether the competition will introducea competing product, they want you to modelthis probabilistically, using a RISKBERNOULLIfunction with parameter 0.3. This simply indicates that there is a 30% chance of a competingproductarrow_forward
- 3. Find all numbers c which satisfy the conclusion of the Mean Value Theorem for the function f (x) = x² +3x-1 on the interval (-3,1]. %3Darrow_forward2.2 Deffetrentiate the following: 3х +1 a) f(x) = 2x + 5 b) f(x) = (emcot x ) (8x – 1)? c) f (x) = (3x – 1)? d) f(x) = x*arrow_forwardSuppose that the functions q and r are defined as follows. q (x) = x²+7 r(x) = /x+8 Find the following. (a • r)(!) = 0 (r • 9)(1) = 0 ? %3!arrow_forward
- 2 3: If u(x) = 8 for 0sxs100 find the mean, mode and median of the age 100 -x 400-x at death of a newborn.arrow_forward5.arrow_forwardSuppose that approximately 40% of the population has Type O+ blood. You take a sample of 5 persons. Let Y denote the number of persons in the sample with Type O+ blood. Find each of the following. (a) Pr{Y = 2} = (b) Pr{Y < 2} = (c) Pr{Y ≥ 2} =arrow_forward
- Algebra: Structure And Method, Book 1AlgebraISBN:9780395977224Author:Richard G. Brown, Mary P. Dolciani, Robert H. Sorgenfrey, William L. ColePublisher:McDougal Littell