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margaret anderson

margaret a.

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$\Delta V_1$ $\Delta V_2$ $R_3$ $R_2$ $R_1$ In the circuit shown, find the magnitude of the current through each of the resistors $V_1 = 15V$; $V_2 = 3V$ $R_1 = 9\Omega$; $R_2 = 6\Omega$; $R_3 = 9\Omega$; Hint: Begin by defining directions for the current in each branch in the diagram. Remember that if you get a negative current, use that value until the end of the problem. Once you have completed the problem, report all values of current as positive values. Any negative currents travel in the direction opposite of what you drew on your diagram. Do not change the directions of the currents on your diagram, just make a note for any negative currents on the diagram that the current actually travels in the opposite direction. Current in $R_1$ - A Current in $R_2$ - A Current in $R_3$ - A

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If the system gains 5 Joules of energy, how much energy did the surroundings lose?

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Through which structure must the filtrate move to enter the Bowmans capsule from the glomerulus? a.The capillary endothelial cell walls b.The capillary endothelial wall and basement membrane c.The capillary endothelial wall, basement membrane and podocytes d.The capillary endothelial wall, basement membrane, podocytes and the vasa recta

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Union Trust Commercial Bank has issued a one-year $100 million loan commitment to a customer for an up-front fee of 25 basis points. In the analysis to compute its loan rate for this customer, the bank has determined that its base lending rate will be 10% and its margin to compensate the bank for default risk for this particular customer is 2%. The back-end fee for non-usage of the commitment is 10 basis points. The bank requires a 5 percent compensating balance in demand deposits on the entire amount of the commitment. The reserve requirement ratio on demand deposits at the central bank is 10 percent. What is the loan rate offered to this customer? What is effective return on the loan to the bank if 50 percent of the loan is taken down? In computing this return, do not take into consideration future values of fee or interest income received. The bank has concluded that the probability of default on this type of credit is 5% and that when a default occurs about 60% will be recovered. What is the expected gross return on the loan (in this part, use the effective interest rate computed when the net fees and interest income are evaluated at the end of the year when the loan is due)?

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Find the one-sided Laplace transform for f(t) = e - 2 t u(t-2)

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Text: equation of the line described. Write the line. Contains (-3,1) and (6,-2)

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ImpleImplement the ADT polynomial that Exercise 9 in Chapter 1 describes by using an ArrayBag. 2. Define a class named Term that has two attributes: a. coef: Hold the coefficient int data type of the term. b. exp: Hold the exponent int data type of the term. c. Overload the Stream Extraction/ Insertion) operators (>>,<<). 3. Define a class named Polynomial that has one attribute: a. poly: Hold the polynomial of ArrayBag data type. b. Calculates the derivative of the polynomial. c. Perform the rest of the operations described in the problem. d. Overload the Stream Extraction/ Insertion) operators (>>,<<). 3. The solution must contain the following: e. C ++ Code. f. Program output. Use polynomials with a minimum of five terms to show the operations. g. Implement an options menu that shows each operation. 5. Implement your code with Constructors, Destructor, Copy Constructor, Mutators, and Accessor functions. 6. The solution must contain the following: a. Source code. b. Separate classes specification from implementation. c. Program output. d. Descriptive Tables. e. UML diagrams. 7. Create a report in a Word document and save it in PDF format with your solution. 8. You will have one attempt in one week to complete this activity. 9. This assignment has a 100 points value. 10. Submit via "Assignment" in Blackboard. For due dates, visit the Tools Calendar in Blackboard

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Question 1 Time left 1:27:51 Not yet answered Marked out of 1.00 Flag question What 8086/8088 signal is used to select the direction of the data flows through the 74LS245 bidirectional bus buffer? O a. M/IO' O b. WR' O c. BHE O d. RD' O e. DT/R' Time left 1:27:42 Question 2 Not yet answered Which of the following 8086 pins is not an output pin? Marked out of O a. MIN/MX' 1.00 Flag question O b. BHE O c. M/IO' O d. INTA' O e. WR'

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Let's consider the serial RLC circuit on the side. Let V= 0 input. C and R are positive constant numbers, but the resistance value is not constant $L(I) = L_0 + L_1I^2$ whether the form depends on the current; where $L_0, L_1$ are positive numbers. a. Select the appropriate state variables for the system and Find the state space notation. b. Examine the stability of the origin with the linearization method. (If not, explain why not.) c. Write down the total energy of the circuit. (In terms of parameters.)

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2. Write the output of the following cout statement. auto f1 (auto&, auto&); auto f2 (auto, auto&); auto f1 (auto &a, auto &b) { a++; b++; } auto f2 (auto a, auto &b) { a += 3; b -= 2; } int main() { auto a = 4, b = 7; f1 (a,b); f2 (a,b); cout << a << "," << b; return 0; }

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