Numerade

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For the general case of a moving and/or deforming control volume, we write the Reynolds transport theorem as follows: dBsysdt = ddt∫CVρb dV + ∫CSρbV→r⋅n→dAdBsysdt = ddt∫CVρb dV + ∫CSρbV→r·n→dA where V→rV→r is the relative velocity, i.e., the velocity of the fluid relative to the control surface. (Hint: Since B can be any property of the flow—scalar, vector, or even tensor—it can have a variety of dimensions. So, just let the dimensions of B be those of B itself, {B}. Also, b is defined as B per unit mass.) Are the three equations dimensionally homogeneous?

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Q3 (15 Marks) You expect that Bean Enterprises will have earnings per share of K 2 for the coming year. Bean plans to retain all of its eamings for the next three years. For the subsequent two years, the firm plans on retaining $ 50 \% $ of its carnings. It will then retain only $ 25 \% $ of its earnings from that point forward. Retained earnings will be invested in projects with an expected return of $ 20 \% $ per year. If Bean's equity RRR is $ 10 \% $, then determine the value of Bean's stock? (Hint: Determine the dividend payout and growth rate) Q4 (15 Marks) Consider the following returns: \begin{tabular}{|l|l|l|} \hline Probability & ZAMBEEF & ZANACO \\ \hline $ 10 \% $ & $ 20.1 \% $ & $ 0.2 \% $ \\ \hline $ 15 \% $ & $ 72.7 \% $ & $ -3.2 \% $ \\ \hline $ 20 \% $ & $ -25.7 \% $ & $ -27.0 \% $ \\ \hline $ 20 \% $ & $ 56.9 \% $ & $ 27.9 \% $ \\ \hline $ 15 \% $ & $ 6.7 \% $ & $ -5.1 \% $ \\ \hline $ 20 \% $ & $ 17.9 \% $ & $ -11.3 \% $ \\ \hline \end{tabular} Required: A. Determine the Covariance and coefficient of Correlation for ZAMBEEF and ZANACO. B. Compare the two assets, which one is better in terms of risk and reward?

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Data abstraction means there is no data representation in the ADT.

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Question-7: Three bags contain different numbers of blue and red marbles. A bag is selected using a die which has three A faces, two B faces, and one C face. One marble is then selected randomly from the bag. Determine the probability that the marble is: a blue b red.

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70 points 9. True or false. Exhibiting positive body language does not improve active listening. (Click to select) $ \vee $

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A particle has a charge of q = +4.8 µC and is located at the origin. As the drawing shows, an electric field of $E_x$ = +217 N/C exists along the +x axis. A magnetic field also exists, and its x and y components are $B_x$ = +1.7 T and $B_y$ = +1.5 T. Calculate the x-component of the total force exerted on the particle by these three fields when it is moving along the +z axis at a speed of 345 m/s. (In Newtons).

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The imported question text for this question was too long. O no, because in the long run equilibrium where they earn zero profit, average cost is higher than at the productively efficient outcome O no, because in the long run equilibrium where they earn zero profit, price is greater than marginal cost Ono, because in the long run equilibrium where they earn zero profit, price is less than marginal cost yes, it does display productive efficiency

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Fill in all the missing information in the Table below. The nominal wage is $85 and the price of output (P) is $10. Number of Workers, Y L 0 1 2 3 4 5 6 Output, Marginal Product of Labor, MPL 0 12 32 42 50 55 57 NA 12 20 10 8 5 2 Marginal Revenue Product Marginal Profit Total Profit of Labor, MRPL NA NA NA

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price be sold in more than one market. Illustration information in respect of the goods manufactured by it. Electro Electronics Ltd., deals in electric goods and submits the following Selling price per unit Variable cost per unit Fixed overheads Units produced ? 5.00 ? 2.00 ? 75,000 ? 75,000 349 The company is expected to reduce the selling price in order to meet the competition. You are requested to calculate the level of output to maintain present level of profit if the proposed reduction in prices is 10 per cent and 20 per cent. margin and

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In the circuit below with five Germanium Diodes, calculate the current if $R_D$ = 10 k +10v $R_D$ $D_1$ $D_5$ 0.15 mA 0.55 mA 0.85 mA 1 mA 0 mA

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henry b.