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matthew c-novas

matthew c.

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AEMT MEDICAL Question #12 75 Questions confidence level discuss in class leave feedback You are called to treat a patient who is feverish and suffering from anuria and complaining of severe abdominal pain you would describe as positive bilateral Lloyd's sign. There is no significant medical history and vital signs are HR 116; R 28; BP 108/68. Which of the following assessment findings would you expect to see in this patient? Hypotension. Uremic frost. Foul smelling urine. Tall, peaked T waves. Next

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(b)Consider a t distribution with 7 degrees of freedom. Find the value of c such that =P≤tc0.01 . Round your answer to at least three decimal places. c =

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Alpha and Beta are divisions within the same company. The managers of both divisions are evaluated based on their own division's return on Investment (ROI). Assume the following Information relative to the two divisions: Case 2 3 4 Alpha Division: Capacity in units 99,000 419,000 169,000 319,000 Number of units now being sold to outside customers 99,000 419,000 119,000 319,000 Selling price per unit to outside customers $ 68 $ 128 $ 170 $ 88 Variable costs per unit $ 56 $ 103 $ 135 $ 64 Fixed costs per unit (based on capacity) $6 $ 15 $ 20 $9 Beta Division: Number of units needed annually 24,000 49,000 39,000 123,800 Purchase price now being paid to an outside supplier $ 65 $ 127 $ 170 *Before any purchase discount Required: 1. Refer to case 1 shown above. Alpha Division can avoid $2 per unit in commissions on any sales to Beta Division. a. What is Alpha Division's lowest acceptable transfer price? b. What Is Beta Division's highest acceptable transfer price? c. What is the range of acceptable transfer prices (if any) between the two divisions? Will the managers probably agree to a transfer? 2. Refer to case 2 shown above. A study indicates that Alpha Division can avoid $5 per unit in shipping costs on any sales to Beta Division. a. What is Alpha Division's lowest acceptable transfer price? b. What is Beta Division's highest acceptable transfer price? c. What is the range of acceptable transfer prices (if any) between the two divisions? Would you expect any disagreement between the two divisional managers over what the exact transfer price should be? d. Assume Alpha Division offers to sell 49,000 units to Beta Division for $126 per unit and that Beta Division refuses this price. What will be the loss in potential profits for the company as a whole? 3. Refer to case 3 shown above. Assume that Beta Division is now receiving an 8% price discount from the outside supplier. a. What is Alpha Division's lowest acceptable transfer price? b. What Is Beta Division's highest acceptable transfer price? c. What is the range of acceptable transfer prices (if any) between the two divisions? Will the managers probably agree to a transfer? d. Assume Beta Division offers to purchase 39,000 units from Alpha Division at $155 per unit. If Alpha Division accepts this price, would you expect Its ROI to Increase, decrease, or remain unchanged? 4. Refer to case 4 shown above. Assume that Beta Division wants Alpha Division to provide it with 123,800 units of a different product from the one Alpha Division is producing now. The new product would require $59 per unit in variable costs and would require that Alpha Division cut back production of its present product by 46,425 units annually. What is Alpha Division's lowest acceptable transfer price? 4. Refer to case 4 shown above. Assume that Beta Division wants Alpha Division to provide it with 123,800 units of a different product from the one Alpha Division is producing now. The new product would require $59 per unit in variable costs and would require that Alpha Division cut back production of its present product by 46,425 units annually. What is Alpha Division's lowest acceptable transfer price?

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Please match each type of assessment to the most appropriate example. Question 9 options: 1234 One hour after he gives his patient an analgesic, Jaime returns to his patient to determine if the analgesic was effective: 1234 After Mrs. Santi's fall, the nursing staff check Mrs. Santi's blood pressure and perform a brief neurological assessment: 1234 Ghislaine gets a comprehensive history from her patient when the patient arrives at the hospital the day she is to undergo surgery: 1234 Every two months, nurses at the Extendimax Long Term Care Residence perform head-to-toe assessments on each resident: 1. Time-lapsed reassessment 2. Admission assessment 3. Primary survey 4. Focused assessment

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The Soup 15. A 10 m long beam is in equilibrium, somewhere near the surface of the Earth. The beam is held up by two ideal ropes, one rope is 0.7 m from the left end, and the other is 8.5 m from the left end. The tension in the left rope is 1438 N. The tension in the right rope is 2476 N. A 100 kg person is standing to the right of center of the beam. $F_{TL} = 1438 N$ 0.7m 8.5 m $F_{TR} = 2476 N$ Beam 10 m Earth (a) What is the mass of the person? (b) What is the magnitude of the person's weight? (c) What is the magnitude of the total force acting on the beam? (d) What is the magnitude of the total force acting up on the beam? (e) What is the magnitude of the total force acting down on the beam? (f) What is the magnitude of the weight of the beam? (g) What is the mass of the beam? (h) What is the acceleration, a, of the beam? 100 = m (4.8) 4.8 1438 + 2476 3903.8 = m(9.8) 9.8

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Which part of an individual amino acid distinguishes it from other amino acids? central carbon amine group acid group side chain

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\( \frac{3}{x^{2}-1}+\frac{1}{2 x-2}-\frac{1}{4}=0 \)

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A set of forces are applied to a part as shown in the figure. The geometry is given by $d_1 = 11.4$ [cm], $d_2 = 44.5$ [cm], $d_3 = 49.2$ [cm], $\theta = 20$ [degree], and $\beta = 20$ [degree]. The three force magnitudes are $F_1 = 5$ [kN], $F_2 = 6$ [kN], and $F_3 = 9$ [kN]. The force $F_3$ is oriented with a slope defined by $l = 6$ and $w = 7$ as shown in the figure. (Note that the a counter clockwise moment is positive by convention). Part 1. Determine the moment created by the force $F_1$ about the base of the part (point A). Part 2. Determine the moment created by the force $F_2$ about the base of the part (point A). Part 3. Determine the moment created by the force $F_3$ about the base of the part (point A).

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What precipitate is most likely formed from a solution containing Ca2+, K+, I-, and CO32-. CaI2K2CO3KICaCO3

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According to the Coase theorem, private parties can solve the problem of externalities if Group of answer choices there is a negative externality only. All of the above are correct the cost of bargaining is small. there are numerous parties involved.

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