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francisca roberts

francisca r.

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Question 2 [25 points] You must provide clear and complete solutions for each part of the following question. a) Let $E$ be the solid that is enclosed by the planes $z = 0$ and $x + y - z = 1$. Evaluate the following triple integral: $$\iiint_{E} (2x+y-1) dV.$$ b) Let $E$ be the solid that is bounded by $y \geq 0$, $z=2-x^2-y^2$, and $z = \sqrt{x^2 + y^2}$. Provide a clear sketch for the solid $E$, and explain what is the projection of $E$ on the $xy$-plane and sketch it. Evaluate the volume of the solid $E$. Show all the detail computation to evaluate the following triple integral: $$\iiint_{E} yz dV.$$ c) For a point $P(-2, 2, z)$ given in the rectangular coordinates, the spherical coordinates is $Q(4, \theta, \phi)$. Find the unknowns $z, \theta$ and $\phi$.

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Consider the following data for two variables, x and y. x932181526y921221623 (a) Develop an estimated regression equation for the data of the form ŷ = b0 + b1x. (Round b0 to two decimal places and b1 to three decimal places.) ŷ = Comment on the adequacy of this equation for predicting y. (Use 𝛼 = 0.05.) The high p-value and low coefficient of determination indicate that the equation is inadequate.The high p-value and high coefficient of determination indicate that the equation is adequate. The low p-value and low coefficient of determination indicate that the equation is inadequate.The low p-value and high coefficient of determination indicate that the equation is adequate. (b) Develop an estimated regression equation for the data of the form ŷ = b0 + b1x + b2x2. (Round b0 to two decimal places and b1 to three decimal places and b2 to four decimal places.) ŷ = Comment on the adequacy of this equation for predicting y. (Use 𝛼 = 0.05.) The high p-value and low coefficient of determination indicate that the equation is inadequate.The high p-value and high coefficient of determination indicate that the equation is adequate. The low p-value and low coefficient of determination indicate that the equation is inadequate.The low p-value and high coefficient of determination indicate that the equation is adequate. (c) Use the model from part (b) to predict the value of y when x = 20. (Round your answer to two decimal places.)

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Q11 If $J = \frac{1}{r^3}(2 \cos \theta a_r + \sin \theta a_\theta) A/m^2$, calculate the current passing through (a) A hemispherical shell of radius 20 cm, $0 < \theta < \pi/2$, $0 < \phi < 2\pi$ (b) A spherical shell of radius 10 cm Q12 Derive the BIOT-SAVART'S LAW AND AMPÈRE'S LAW Q13 (a) State Ampère's circuit law. (b) A hollow conducting cylinder has inner radius a and outer radius b and carries current I along the positive z-direction. Find H everywhere.

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Point A to Point B to Point C to Point D to Point B Point C Point D Point E % Change in Quantity 26% 22% 15% 12% % Change in Price 30% 25% 17% 13% Which of the following statements best describes the price elasticity of supply for this good? Select the correct answer below: Price elasticity of supply is constant along the supply curve. Price elasticity of supply decreases (in absolute value) as price increases.

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As an expert witness, the forensic accountant should understand: a. Business valuations b. Commercial litigation c. Bankruptcy d. Courtroom terminology e. All the above

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12. On a Client/Server Network, the server controls the network and clients.

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e. Construct a 95% confidence interval estimate for the the mean appraised value for houses that have a land area of 0.25 acres and is 50 years old. $\text{ }$ thousand ? mean appraised value ? $ (Round to one decimal place as needed.) thousand f. Construct a 95% prediction interval estimate for the the mean appraised value for houses that have a land area of 0.25 acres and is 50 years old. $\text{ }$ thousand ? mean appraised value ? $ (Round to one decimal place as needed.) thousand 1: Data Table Appraised Value Property Size Age 467.4 0.2228 46 365.5 0.2125 58 427.7 0.1604 27 540.3 0.4603 18 401.9 0.2541 40 372.8 0.2201 90 316.9 0.1849 41 747.8 0.5068 2 212.1 0.2282 57 633.7 0.1391 11 348.6 0.1711 55 352.1 0.4214 48 351.7 0.2553 41 275.2 0.1139 12 301.8 0.1683 63 281.2 0.1725 57 396.6 0.3813 43 616.2 0.6582 45 314.4 0.1794 56 360.8 0.1491 74

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A company gives each of its 80 employees (assume they were all employed continuously through 2018 and 2019) 12 days of vacation a year if they are employed at the end of the year. The vacation accumulates and may be taken starting January 1 of the next year. The employees work 8 hours per day. In 2018, they made $17.50 per hour and in 2019 they made $20 per hour. During 2019, they took an average of 8 days of vacation each. The company's policy is to record the liability existing at the end of each year at the wage rate for that year. Under U.S. GAAP, what amount of vacation liability would be reflected on the 2018 and 2019 balance sheets?

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For information to be processed in working memory it must first be perceived. It must cross the a. sensory threshold O b. blood-brain barrier O c. double effect O d. long-term memory

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6. How effective are three drugs/treatments in treating inflammation, therefore helping them recover from Covid-19? In other words, which drug/treatment group takes the longest and shortest time to discharge from the hospital? (Is there a statistically significant difference in the number of days Covid-19 patients take to discharge from the hospital based on drugs/treatments? If so, how do they differ and by how much do they differ?) (4 points)

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