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colleen gonzales

colleen g.

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Evaluate the integral. (Use C for the constant of integration.) 81 + t2  i + tet2 j + 6 t  k d

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A car battery has an internal resistance of r = 0.024 Ω. It is connected to a starter requiring I = 99 A and it has an internal EMF of εε = 12 V

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Conditioning that occurs when a CS is paired with an unpleasant US and it causes the subject to try and stay away from the CS is called: Biological preparedness Learning CER Avoidance learning

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Which of the following statements about the commission owed to a broker in an Open Listing is true? Group of answer choices A commission is not obligatory, no matter who closes the sale. Open Listings do not involve commission payments. Commission is due to the broker who concludes the sale. None of the statements are true.

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Absolute maximum: DNE Absolute minimum: -8

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Which of the following types of government spending is included in the calculation of GDP? Multiple Choice federal spending only federal, state, and local government spending for any purpose federal, state, and local government spending on goods and services only federal, state, and local spending on transfer payments only

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N2O4 (g) -> 2NO2 (g) Give the rate expression for [N2O4]. Write R = (your answer) (1 mark) Give the rate expression for [NO2]. Write R = (your answer) (1 mark)

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2- Consider the differential equation $(x^2+3)y'' - 4y' = 0$. The recurrence relation for the coefficients $a_n$ of the power series solution $\sum_{n=0}^{\infty} a_n x^n$ about the ordinary point $x_0 = 0$ is given by a) $a_{n+2} = \frac{4na_{n+1} + (n^2 - n)a_n}{3n^2 + 9n + 6}$, $n \ge 2$ b) $a_{n+2} = \frac{(4n+4)a_{n+1} - (n^2 - n)a_n}{3n^2 + 9n + 6}$, $n \ge 2$ c) none of these d) $a_{n+2} = \frac{(n+4)a_{n+1} + n^2a_n}{3n^2 + 9n + 6}$, $n \ge 2$ e) $a_{n+2} = \frac{a_{n+1} + (n^2 - n)a_n}{3n^2 + 9n + 6}$, $n \ge 2$

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Solve the inequalities. Write the solution sets in interval notation if possible. (a) (x+1)/(x-5)=0 (d) (x+1)/(x-5)>0

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3. Second Degree Price Discrimination Suppose that you are the CEO of Cellco, a wireless communications company located in Valleytown. Since Valleytown is surrounded by mountains from all sides, only your company can provide cellular phone service for the local consumers. Assume the cost of serving each customer is 0. There are two types of customers: business customers (B) who value each minute of communication at $U_B = $0:15$, and personal use customers (P) who value each minute of communication at $U_P = $0.10$. That is, customers of type B and P have the following utilities: $U_B = 0.15q - p$ $U_P = 0.10q - p$ You do not know which customer is which type and would like to offer two different plans: a business plan with $q_B = 1200$ included minutes for the at monthly fee $p_B$ and a personal use plan with $q_P = 800$ included minutes for the at monthly fee $p_P$. You want each type of customer to take the plan designed for this type. For simplicity, assume that your customers never want extra minutes. a. Your marketing manager proposes to charge business customers $p_B = $180$ and per- sonal use customers $p_P = $80$. Will it work? Why or why not? b. Can you find the profit-maximizing way to price the two plans, so that each type of customer takes the plan designed for this type? c. Flipping through the Valleytown Yellow Pages, you realize that you have $n_B = 100$ business customers. What is the minimum number of personal use customers that you need to have in order to prefer to offer two different plans as opposed to just a business plan?

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