Numerade

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Which of the following customers would be best suited for a reverse mortgage? Why? Would you recommend a reverse mortgage? Why or why not? Jerlin who is a 74year old widow and lives in a rented condominium. Keval who is a 65 year old retired business executive with a 75% loan-to-value mortgage currently on his house. Adnan who is 68 years old and lives in a condominium in Vancouver with a 20% loan-to-value mortgage on it. - Jazib who is 48 years old and lives in a detached home in Hamilton, which has no mortgage on it.

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if the price of_________is 2 and the price of_________is 4, then the price ration (or slope of the budget constraint) is 2.

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please help with all three questions 7-7 When PEt reacts with Mo(CO) the final product is fac-Mo(CO) (PEt,)3: Substitution goes no farther than trisubstitution. Give two reasons why this might be so. Account for the stereochemistry of the product. [Hint: Why would production of the mer-isomer be not as likely?] The chiral Mn complex below undergoes racemization according to the equation shown. 7-8 PhMe/25 C PPh3 NO Ph t1/2 = 21 min. Rate 1/[PPh3] Ph NO NO Ph Propose a mechanism that is consistent with the rate being affected inversely by the concentration of PPh, The reaction below shows a rate law that is second order in substrate metal complex and first order in phosphine. The AS* is negative, and an intermediate was isolated and shown to be (PPh,)(CO)Mn(NO) Propose a mechanism for the reaction. What is the nature of the bonding of the NO ligand at each stage of the reaction? 7-9 (CO)4Mn(NO)+ PPh >(PPh,)(CO),Mn(NO)

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(******≈≈) In this question, we will investigate the number of intervals necessary to achieve a given level of accuracy using Simpson's method. To make the project concrete, we focus on the integral I=int_1^(1.5) (dx)/(x). (a) Let f(x)=(1)/(x). Find the fourth derivative of f(x). f^((4))(x)= (b) Which of the following best describes the behaviour of |f^((4))(x)| on the interval (1,1.5) ? Increasing Decreasing Sometimes increasing, sometimes decreasing O Decreasing O Increasing O Sometimes increasing, sometimes decreasing f4x= -. Find the fourth derivative of f() (****) In this question, we will investigate the number of intervals necessary to achieve a given level of

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5. Solve the three-dimensional wave equation \frac{\partial^2 \Psi (\mathbf{r}, t)}{\partial t^2} = c^2 \nabla^2 \Psi (\mathbf{r}, t) explicitly by using the separation of variables.

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Jeffrey, as an eight-year-old, established a mean time of 16.43 seconds for swimming the 25-yard freestyle, with a standard deviation of 0.8 seconds. His dad, Frank, thought that Jeffrey could swim the 25-yard freestyle faster using goggles. Frank bought Jeffrey a new pair of expensive goggles and timed Jeffrey for 15 25-yard freestyle swims. For the 15 swims, Jeffrey's mean time was 16 seconds. Frank thought that the goggles helped Jeffrey to swim faster than the 16.43 seconds. Conduct a hypothesis test using a preset α = 0.05. Assume that the swim times for the 25-yard freestyle are normal. Find p-value for the left-tailed test (In Python code).

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Use the following functions to answer the questions: $f(x) = \sqrt{x} + 3$, $g(x) = 7x + 5$, $h(x) = \frac{x}{3}$. a. Evaluate $f(g(2))$. $f(g(2)) =$ Preview b. Evaluate $h(f(33))$. $h(f(33)) =$ Preview c. Function $m$ is defined as $m(x) = g(h(x))$. Write the formula for $m$. Preview d. Function $p$ is defined as $p(x) = g(f(x))$. Write the formula for $p$. Preview e. Function $q$ is defined as $q(x) = h(g(x))$. Write the formula for $q$. Preview f. Evaluate $f(4a)$. $f(4a) =$ Preview

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[25pts] Q.2) Use Heun's method to approximate $y(0.25)$ and $y(0.5)$ for the following IVP: $y = \frac{y+t}{y-t}$, $y(0) = 1$, $0 \le t \le 1$, (The step size $h=0.25$)

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a) Make measurements of the "time-location of a positive peak" and the amplitude from the plots of x1(t) and x2(t) and write those values for Aiand tmidirectly on the plots. Then calculate (by hand) the phases of the two signals, x1(t) and x2(t) by converting each time-shift tmito phase. Write the calculated phases Øidirectly on the plots. Note: when doing computations, express phase angles in radians, not degrees! ( b) Measure the amplitude A3 and time-shift tm3 of x3(t) directly from the plot and then calculate the phase (3) by hand. Write these values directly on the plot to show how the amplitude and time-shift were measured, and how the phase was calculated

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Describing Muscle Metabolism, Exercise/Recovery, and EPOC Click and drag a word from the left to accurately complete the sentences on the right. EPOC strenuous exercise water vapor myoglobin lactic acid carbon dioxide load heavy breathing The difference between the resting rate of oxygen consumption and the elevated rate following an exercise is called ______. The body typically consumes an extra 11 L of oxygen after a ______. To meet the body's demands, this oxygen is needed to rebuild the muscles' stores of ______. In addition, the oxygen inhaled is to oxidize and dispose of ______. This "oxygen debt" is repaid by heavy breathing.

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justin v.