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Question 7 of 8 (-)/(2) View Policies Current Attempt in Progress A rigid copper tank, initially containing 1m^(3) of air at 295 K , 3 bar, is connected by a valve to a large supply line carrying air at 295 K , 15 bar. The valve is opened only as long as required to fill the tank with air to a pressure of 15 bar. Finally, the air in the tank is at 310 K . The copper tank, which has a mass of 20 kg , is at the same temperature as the air in the tank, initially and finally. The specific heat of the copper is c=0.385k(J)/(k)g*K. Assuming ideal gas behavior for the air, determine: (a) the initial and final mass of air within the tank, each in kg, and (b) the heat transfer to the air and copper tank from the surroundings, in kJ , ignoring kinetic and potential energy effects.

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Show that the following language is decidable: EQTDF A = {⟨A, B, C⟩ | A, B, C are DFAs over the alphabet Σ and L(A) = L(B) ∩ L(C)}.

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Which ONE of the following is a difference between DNA replication in eukaryotes versus prokaryotes? Group of answer choices Prokaryotes have a single origin of replication; eukaryotes have multiple origins of replication Prokaryotic DNA is replicated conservatively; eukaryotic DNA is replicated semi-conservatively Prokaryotes do not use replication forks; eukaryotes use replication forks Prokaryotes have linear DNA; eukaryotes have circular DNA

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is typically associated with the Transport Layer of the OSI model? IP TCP HTTP

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Is the presence of plastids limited to only one supergroup? What about pseudopods? Explain.

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estion 22 (4 points) Saved How are Medicare and Medicaid similar? How are they different?

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f(x) = (-π/8)sin(x) on interval (-π, 0)

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Open Book and Notes; Each question is 10 points unless noted. 1. Air at 70°F enters a heating coil that produces 80,000 Btu/hr of heat energy. If the air flow rate is 400 cfm, estimate the temperature of the air as it leaves the coil. (assume standard density of the air) 2. [10 pts] A 4-inch nominal standard elbow with a K value of 25ft has a flow rate of 120 gpm of water. What is the pressure loss in equivalent length of pipe (in feet)? 3. [10 pts] A pleated 90° elbow is located in a 12" galvanized duct. The ratio of turning radius to diameter is 1.5 and there is 550 cfm of air passing through the duct. What is the lost pressure in the elbow?

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EOCP 2.5: Consider the systems 1. yn - 0.6yn-1 = sin(ny-1) = 0, I = z - 0, I' = z - u/ig - u^2 3. yn - 0.6yn-1 + 0.6yn-2 = 3ny-1 = 0, y-2 = 0, 0 = -/= Z-/i = I-)/=-u//+ 5. yn + 0.1yn-1 + yn-3 = 28ny-1 = y-2 = y-3 = 0, 0 = z- = I-ung = z-1/ig + u/i9 Find the total output, yn, for each system above. EOCP 2.6: Consider the following difference equations 1. yn - 0.6yn-1 = xn 2. yn - 0.6yn-2 = xn - xn-1 3. yn - 0.6yn-1 + 0.6yn-2 = xn 4. yn - 0.1yn-3 = xn + xn-1 5. yn + 0.1yn-1 + yn-3 = xn 6. yn + 0.6yn1-2 = xn-2 Draw the block diagram for each system

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QUESTION FOUR a) Explain the main tools of monetary policy that are used to manipulate money supply and interest rates in an economy. (6 marks) b) i) What are Open Market Operations (OMO). (3 marks) ii) State the advantages and disadvantages of OMO giving appropriate examples. (3 marks) c) In the conduct of monetary policy, there are goals that have to be attained. Using relevant examples, explain the main goals adopted when implementing the monetary policy agenda of a country. (4 marks) d) explain whether the goals of monetary policy are always in harmony. (2 marks) [Total: 20 marks]

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madison b.