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desiree bridges

desiree b.

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What is the output of the following program segment? Assume there are no syntax errors and the code will compile. int i; int n = 0; for (i = 1; i <= n; i++) System.out.print (i);

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1) A straight, stiff, horizontal wire of length 37 cm and mass 76 g is connected to a source of emf by light, flexible leads. A magnetic field of 1.33 T is horizontal and perpendicular to the wire. Find the current necessary to float the wire, that is, find the current for which the magnetic force balances the weight of the wire.

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Texts: MRSa = -y/x, MRSb = -y/x. The initial endowments are denoted as ωa and ωb for agents a and b, respectively. For initial endowments ωa = (4,5) and ωb = (3,2). What is the Walras allocation between the two agents a and b? Can it be solved in this way? Or some other way? Total quantity of good x = ωa_x + ωb_x = 4 + 3 = 7. Total quantity of good y = ωa_y + ωb_y = 5 + 2 = 7. ωa_x = (4+3)/2 = 3.5 ωa_y = (5+2)/2 = 3.5 ωb_x = (4+3)/2 = 3.5 ωb_y = (5+2)/2 = 3.5 Which means 3.5 units of good 'x' and 3.5 units of good 'y'.

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Design a PDA recognizing each of the following languages and draw its state diagram. Note that the transition function must be in the format of "a,b ? c", namely we can only push/pop one symbol into/from the stack one time upon one input symbol. You will receive 0 point if you push/pop multiple symbols into/from the stack one time upon one input symbol. (1) \{w \mid w = a^nb^n, n is odd\} (2) \{w \mid w = w^R, length of w is odd and \Sigma = \{a,b\} \}

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Using cursors in LabVIEW Signal Express. 7. Go back to Monitor/Record mode. 8. If the system is symmetrical, vibration mode 2 would be achieved by giving both masses an initial displacement in the opposite direction and approximately equal in magnitude. Try X = -x = lcm. However, using the mode ratio from theory, you may find a more accurate initial condition to produce this mode of vibration. After some preliminary trials to determine the recording time, you may need to adjust the Stop Condition time. Then record as before. 9. Give the system an initial condition that should excite both modes, which should be any condition other than mode 1 and mode 2 or an exact ratio of either. After some trials, record as before. Do not call this Mode 3! This is an initial condition that does not match the mode ratio for mode 1 nor mode 2. Try = 0 and = +2 cm. 10. Repeat steps 5. 11. Repeat step 6. 12. From the FFT graph or table (between 1 and 10 Hz), determine the frequencies corresponding to the peak acceleration a_m and a_m. You do not have to save data in Excel for this last condition. 13. Save the graphs in a Word document. One for each team is fine. 14. Save the Excel files. Note: Back up all your data to your USB flash drive is recommended. F3.5H2 f5+2. From the mathematical model of this system (from FBD diagram for each mass as written on Calculations (perform each in your lab notebook or on engineering paper) the whiteboard, calculate the natural frequencies for the two modes of vibration for this system in Hz. Calculate the % difference in predicted natural frequencies and measured natural frequencies. Use the nominal k values provided by the manufacturer and shown in lab 1. Do this for each mode (i.e., f1 and f2). Calculate the mode ratio between mass 1 and mass 2 at the first (lowest natural frequency) - from theory. Calculate the mode ratio between mass 1 and mass 2 at the 2 (highest natural frequency) - from theory. Note: I will help you with the theory to get started with these calculations.

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(-1)(x-6) Find the interval of convergence for > kk a) O(-1,1) b) O(-0,) c) O [-1,1] d) O{6} e) O(-6,6)

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11. Federal Reserve Reg T mandates that you can borrow up to 50% of the price of securi- ties you buy from your broker. Suppose you buy 100 shares of IBM stock at $135 per share, borrowing the full 50% from your broker at 2% interest per year. After 1-year, suppose IBM stock increases in value by 10% in value and pays no dividend. Which of the following is closest to your return assuming you receive no margin calls during the year? (a) 5% (b) 10% (c) 15% (d) 20% (e) 25%

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You place a 3 nC charge at (4,0,0) m and a -3 nC charge at (-4,0,0) m. a. What is the electric field at the origin (0,0,0)? b. What is the electric field at (0,y,0) for any distance y? c. What can you conclude about the DIRECTION of the electric field at any point on the x=0 plane?

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In an economy, there are two types of workers: high ability workers (labeled H), whose marginal productivity is y = $20,000, and low ability workers (labeled L), whose productivity is y = $10,000. In this economy, there are also many firms who compete for workers' services but cannot observe the workers' true level of productivity. Workers can acquire education (e), but education has no effect whatsoever on productivity. The wage received by the worker is denoted as w, and the amount of education acquired by the worker is denoted as e. The workers' utility function is u = w - ce (for high ability workers) and u = w - ce (for low ability workers), where c is a constant. The graph below shows the workers' true productivity levels as functions of education. a) Draw on the graph the low ability workers' indifference curve going through point A (e = 0, w = 10,000), and the high ability worker's indifference curve going through point A. y = 20,000 A y = 10,000 e (units of education) b) Suppose that firms offer the following wage contract: workers with 3 or more units of education will receive w = 20,000, while workers with less than 3 units of education will receive w = 10,000. Under this contract: i. How many units of education do high ability workers choose to acquire? ii. How many units of education do low ability workers choose to acquire? iii. Is the market in equilibrium? Explain. c) Suppose that firms offer the following wage contract: workers with 5 or more units of education will receive w = 20,000, while workers with less than 5 units of education will receive w = 10,000. Under this contract: i. How many units of education do high ability workers choose to acquire? ii. How many units of education do low ability workers choose to acquire? iii. Is the market in equilibrium? Explain.

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write a program that determines and prints the number of duplicates and prints the number of duplicate words in a sentence. Treat uppercase and lowercase the same. ignore punctuation.

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