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robert tejedor

robert t.

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Which of the following is a life history strategy favouring a one - off production of many small offspring?

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How many protons are transferred from the matrix to the intermembrane space during the transport of two electrons through each of the complexes? Complex I transfers protons. Complex II transfers protons. Complex III transfers protons. Complex IV transfers protons. (Tolerance is +/- 2%)

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able[[Demand Factor,Initial Value],[Average American household income,$50,000 per year],[Roundtrip airfare from Pittsburgh (PIT) to Atlantic City (ACY),$100 per roundtrip],[Room rate at the Meadows Hotel and Casino, which is near the Oceans,$250 per night]] Use the graph input tool to help you answer the following questions. You will not be graded on any changes you make to this graph. Note: Once you enter a value in a white field, the graph and any corresponding amounts in each grey field will change accordingly. Graph Input Tool (?) Market for Oceans's Hotel Rooms Price (Dollars per room) Quantity Demanded (Hotel rooms per night) Demand Factors Average Income (Thousands of dollars) Airfare from PIT to ACY (Dollars per roundtrip) Room Rate at Meadows (Dollars per night) Demand Factor Initial Value Average American household income $50,000 per year Roundtrip airfare from Pittsburgh(PIT)to Atlantic City(ACY) $100 per roundtrip Room rate at the Meadows Hotel and Casino,which is near the Oceans $250 per night Use the graph input tool to help you answer the following questions. You will not be graded on any changes you make to this graph. Graph Input Tool 500 450 400 PRICE (Dollars per room) 150 100 Market for Oceans's Hotel Rooms Price (Dollars per room) Quantity Demanded (Hotel rooms per night) 150 350 Demand Factors Demand Average Income (Thousands of dollars) Airfare from PIT to ACY (Dollars per 50 100 50100150200250300350400450500 QUANTITY (Hotel rooms) Room Rate at Meadows (Dollars per night) 250

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Multiple Choice Glucagon Insulin Steroid hormones Enzyme-rich pancreatic juice

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B1 B12 Load L1 *P<sub>3</sub> 2 B21 B23 Load L2 *P<sub>3</sub> 3 B32 B34 Load L3 *P<sub>1</sub> B43 4 B4 Load L4

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Zack has designed an Atwood's Machine where we monitor the motion of mass l on a mostly frictionless surface. It looks like this: Zack went ahead and took data on this system already. There are 20 data points. The times each data point was taken starts at t=0 and increases by 0.20 each time (t=0.0s, t=0.2s, t=0.4s, etc.) up until 3.8s. The positions (in meters) he gathered are the following: 0.000245057, 0.000245057, -2.776E-17, 0.0012252, 0.04508992, 0.14409171, 0.297250412, 0.501380317, 0.605038159, 0.589599721, 0.568280034, 0.543774657, 0.518534087, 0.493538611, 0.469033204, 0.447223417, 0.428844355, 0.413651012, 0.401888423, 0.392331325 l. Put the values (both time and position) into a table and make sure to label the data table with correct units, etc. 2. Plot the values on a graph in a scatter plot, making sure to include axis titles, a chart title, a legend, and units. 3. Based on your graph, what does the object appear to be doing from 0 to 0.4s (approximately)? 4. Looking at your graph, what happens to the object after 1.6s? What do you think Zack did to cause that? 5. Even though the object does not have a constant velocity (it is being pulled by an accelerating object after all), go ahead and approximate the velocity from 0.6s to 1.6s.

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HW 2 Microprocessor I. Determine the contents of each register and memory? (2900)=0F, (2901)=C9 LXI D, 2900 LDAX D LXI H, 2901 MVI M MVI A, 22H STA 2902H INX H SUB M INX H CMA ADI 11H STA 2902H II. Write an assembly language program to execute the following instruction: 1. load register A with 1A (hex). 2. load register B with 09 (hex). 3. rotate left the accumulator A-register operation through carry. 4. OR the contents of register B. 5. store the content of registers in memory location 2811 and 2812. 6. load register pair HL with 2811 (hex) 7. load register C with the contents of address saved in HL using indirect addressing. 8. decrement content of B register 9. transfer data in register C to register D. III. Determine the contents of each register after execution? MVI C, 02 MVI A,08 LXI H, 2800 MOV M,A ADI 02 INX H DCR C CMA ADI 01

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Question 4. Suppose a monopolist has the cost function: c(q)=q\textsuperscript{2}+10q+10 The inverse demand function is given by: p(q)=70-2q a) What is the monopolist's profit maximizing quantity and price? (5 points) b) What are the monopolist's output and profits if the government regulates them and makes them set price equal to marginal cost? (Hint: If we set price equal to marginal cost, we are basically seeing where the marginal cost crosses the demand curve, just like we would have done with perfect competition) (5 points)

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A continuously operating BPSK communication system makes bit errors at an average rate of 100 errors per day. The data rate is 1000 bits/s. The noise power spectral density is, \frac{N_c}{2} = 5 \times 10^{-11} Watts/Hz, -\infty < f < \infty If the system is ergodic, what is the average bit error probability, $P_b$? If the average received signal power is $10^{-6}$ Watts, is this power adequate to achieve the probability of bit error, $P_b$? Mathematically justify your answer. Hint: $Q(x) = \frac{1}{\sqrt{2\pi}} \int_{x}^{\infty} e^{-\frac{u^2}{2}} du = \frac{1}{\sqrt{2\pi x}} e^{-\frac{x^2}{2}}$

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As taught in class, the short-run aggregate supply curve is A. positively sloped, because marginal costs increase whenever demand rises. B. positively sloped, because firms change both P and Q in response to changes in demand. C. vertical, reflecting monetary neutrality. D. horizontal, reflecting the stickiness of product prices in response to changes in demand. If reserve requirements are increased, which of the following are true regarding the money multiplier? A. The money multiplier decreases, and the money supply decreases. B. The money multiplier increases, and the money supply decreases. C. The money multiplier increases, and the money supply increases. D. The money multiplier decreases, and the money supply increases. If the Fed wants to cause aggregate demand to speed up, it should A. buy bonds on the open market to increase the money supply and lower the interest rate. B. buy bonds on the open market to increase the money supply and increase the interest rate. C. sell bonds on the open market to increase the money supply and lower the interest rate. D. sell bonds on the open market to reduce the money supply and increase the interest rate.

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