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jonathan wilson

jonathan w.

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Time left 1:24:39 Hide How the appreciation of the Australian dollar against the US dollar would affect the return to a US company that invested in an Australian money market security. Select one: a. US company's return will be higher b. Australian company's return will be lower c. US company's return will be lower d. Australian company's return will be higher

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complete and balance the chemical equation and write the complete ionic and net ionic equation for _(NH4)2CO3(s) + heat =

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Solve the triangle, if possible. c=5 mi, B=37.77°, C = 31.74° Select the correct choice below and, if necessary, fill in the answer boxes to complete your choice. (Round side lengths to the nearest whole number and angle measures to the nearest hundredth degree as needed.) A. There is only one possible solution for the triangle. The measurements for the remaining angle A and sides a and b are as follows. A≈ $\boxed{}$° a≈ $\boxed{}$ mi b≈ $\boxed{}$ mi B. There are two possible solutions for the triangle. The measurements for the solution with the smaller angle A are as follows. A₁≈ $\boxed{}$° a₁ ≈ $\boxed{}$ mi b₁≈ $\boxed{}$ mi The measurements for the solution with the larger angle A are as follows. A2≈ $\boxed{}$° a2 ≈ $\boxed{}$ mi b2≈ $\boxed{}$ mi C. There are no possible solutions for this triangle.

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The common factor of \( 24 a^{3} b^{4}, 36 a^{4} c^{4} \) and \( 48 a^{3} b^{2} c \) is: (a) \( 12 a^{3} \) (b) \( 24 a^{3} \) (c) \( 36 a^{3} \) (d) \( 48 a^{3} \)

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Algebra I Midterm Study Guide Mike bought 5 shirts and 3 pairs of pants for $56.00. Each pair of pants is three times as much as a shirt. Write a system of equations to model this. Find the price of each pair of pants. Find the price of each shirt.

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3) We added about 15-20 mL of distilled water to the vinegar, but we did not use this volume in the calculation of molarity. Why do you think we can ignore this volume in the calculation? 4) What is the molarity of an unknown acid if 25.00 mL of the acid can be titrated to an end point by 15.56 mL of 0.2533 M NaOH?

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Evaluate the following indefinite integral.\\ $\int 8t^5 e^{2t} dt$\ Do not include the constant \"$+C$\" in your answer. For example, if you found that the antiderivative is $2t + C$, you would enter 2t.

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Determine the profit-maximizing prices when a firm faces two markets where the inverse demand curves are Market A:p_(A)=80-1Q_(A), where demand is less elastic, and Market B:p_(B)=60-0.5Q_(B), where demand is more elastic, and Marginal Cost =m=20 for both markets. For Market A:p_(A)=$,. (Round your response to two decimal places.) For Market B:p_(B)=$,. (Round your response to two decimal places.) Determine the profit-maximizing prices when a firm faces two markets where the inverse demand curves are Market A:PA=80-1QA where demand is less elastic,and Market B:PB=60-0.5Qg where demand is more elastic,and Marginal Cost=m=20 for both markets For Market A: PA=$(Round your response to two decimal places.) For Market B:pB=$Round your response to two decimal places.

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If f(x) = x^2 + 1, give a fomula for g(x) in terms of x. Simplify your formula

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Gerbig Snacks produces different types of potato chips (ruffled, flat, thick cut, gourmet) for different corporate customers. Each style of potato chip requires different preparation time, different cooling and draining time, and different packaging. Gerbig has identified the following activities related to yearly manufacturing of overhead costs and cost drivers: Activity Manufacturing overhead Cost Driver Preparation $610,000 Preparation time Cooking and Draining $972,000 Cooking and draining Time Packaging $320,000 Units packaged a. Compute the activity cost allocations for each activity assuming the following total established activity for the year: 10,000 preparation hours, 36,000 cooking and draining hours, 4 million packages

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