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1.Two pediatric groups must choose either a low-cost, low-amenity strategy, L, or a high-cost, high-amenity strategy, H. In the table below, identify any Nash equilibria and the cooperative outcome. Which group would benefit most from cooperation? (The first number in each cell is the per-MD income in group 1.)
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The difference in the amount of work done on a system and the amount of heat supplied from a system to bring back the system to its initial state is (a) less than zero (b) greater than zero (c) zero (d) maximum Temperature is defined by (a) zeroth law (b) first law (c) second law (d) law of entropy
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1. Why does the lumen of a large vein have a larger diameter than the lumen of a large artery? A. They need to withstand higher pressure than arteries. B. Veins contain the majority of the blood volume. C. This allows blood to return to the heart rapidly. D. So that vasoconstriction can produce a greater change in diameter than for arteries.
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61. Which statement refers correctly to negative pressure? A. Any value of pressure that is greater than atmospheric pressure B. Any value of pressure that is less than atmospheric pressure C. Negative pressure exists at a point if gas is flowing towards that point D. Negative pressure sucks gas towards it
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a. If a gas has to be stored, the type of compression that would be ideal is (a) isothermal (b) adiabatic (c) polytropic (d) constant volume (e) none of the above b. If a process can be stopped at any stage and reversed so that the system and surroundings are exactly restored to their initial states, it is called (a) adiabatic process (b) isothermal process […]
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Explain what do you understand by specific heat at constant volume. What is specific heat at constant pressure? What is enthalpy? Explain. Show that enthalpy h = mcpT . State and explain Joules law. Derive the relation between two specific heats.
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A Carnot cycle is operating between the source temperature of 300 _C and the sink temperature of _23 _C. If the system receives 100 kJ from the source, calculate (i) efficiency of the system; (ii) the net work transfer; and (iii) heat rejected to the sink.
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11. A walker carried a balloon filled with 10 L of air, from sea level (where the atmospheric pressure was 101 kPa), up a mountain to a height of 3000 m (where the atmospheric pressure was 70 kPa). What would be the approximate volume of the balloon at 3000 m? A. 7 L B. 10 L C. 14 L D. 30 L 12. What formula […]
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47. What would be a possible consequence of the SA node failing to depolarise? A. The entire heart would not contract. B. The heart rate will decrease. C. The ventricles would not contract. D. The heart rate will increase. 48. By what means does an electrical signal travel from the atria to the ventricles? A. Gap junctions B. Purkinje fibres C. Intercalated discs D. Atrioventricular […]
83. What is considered to be a healthy resting adult heart rate? A. Less than 60 beats/min B. 7090 beats/min C. 6585 beats/min D. 5070 beats/min