Numerade

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Write the original problem (all of it) Show the work and solve it correctly. Solving Equations: 4(8x+1)=-36-8x

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A study has been conducted to determine if Product A should be dropped. Sales of the product total \$200,000 per year; variable expenses total \$140,000 per year. Fixed expenses charged to the product total \$90,000 per year. The company estimates that \$40,000 of these fixed expenses will continue even if the product is dropped. These data indicate that if Product A is dropped, the company's overall net operating income would: a. decrease by \$20,000 per year. b. increase by \$20,000 per year. c. decrease by \$10,000 per year. d. increase by \$30,000 per year.

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True

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In Exercises 15-20, you draw one card from a 52-card deck. Then the card is replaced in the deck, the deck is shuffled, and you draw again. Find the probability of drawing 15. a picture card the first time and a heart the second time. 16. a jack the first time and a club the second time. 17. a king each time. 19. a red card each time. 18. a 3 each time. 20. a black card each time. 21. If you toss a fair coin six times, what is the probability of getting all heads? 22. If you toss a fair coin seven times, what is the probability of getting all tails?

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Problem 5 A large plate is pulled at a constant speed $u = 4 m/s$ over a fixed plate on a film of engine oil (thickness $h = 5mm$). $h = 5mm$ $U = 4 m/s$ $u(y)$ Assuming the no-slip boundary conditions for both the top and bottom interfaces, determine the velocity profile $u(y)$ along the $y$ direction in the oil film if the velocity distribution is known as linear. Then determine the shear stress $\tau$ on the upper plate and its direction (positive or negative). (Hint: The shear stress $\tau = \frac{du}{dy}$ from the lecture notes. )

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Question 4 of 33 A brine solution is 10.0% NaCl by mass. What is the molarity of this aqueous solution, given that its density is 1.071 g/ml? 10.0\frac{mol NaCl}{L solution} \times \left(\frac{10.0 g NaCl}{58.44 mol NaCl}\right) \times \left(\frac{1000 L solution}{1.071 L solution}\right) = 1.83 mol NaCl Your answer has been submitted. Choose Retry to change your answer before your time limit ends. Otherwise, return to this quiz assignment after the due date to see your grade and question feedback.

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What will be the new concentration (in molarity) if 23.2 mL of a 3.45 M solution of HCl is diluted to a new volume of 450.0 mL?

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Study the following two graphs carefully and for each draw the following; 1. Adjacency Matrix 2. Incidence Matrix

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Let $f(x) = \frac{x^2 - 1}{x^3 + 4x}$. Find $\int f(x)dx$. For full credit, show all necessary work.

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U(S) K? + 1/s Y(S) K? + 1/s X?

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kelly g.