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larry smith

larry s.

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Question 1 Not yet answered Marked out of .00 Flag question According to (Internal Revenue Service) IRS code Section 482, what is the standard used by the IRS for international transfer pricing? a. Cost-based prices b. Discretionary prices c. Arm's-length prices d. Negotiated prices Time left 1:04:03

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The half-life of Cobalt-56 is 77.27 days. If a sample contains 190 mg, how many mg will remain after 130 days? mg

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$\Delta T_f = i \times K_f \times \text{Molality}$ Ionization of a weak acid $HA + H_2O \rightleftharpoons H_3O^+ + A^-$ Initial Conc. Y 0 0 Change -aY +aY +aY At Equilibrium Y-aY aY aY $Y(1-a) + (aY) + (aY) = Y(1+a)$ $K_a = \frac{[H_3O^+][A^-]}{[HA]} = \frac{(aY)^2}{Y(1-a)} = \frac{a^2Y}{1-a}$ $Y \times i = Y(1+a)$ $Y_i = Y + Y_a$ $Y_a = Y_i - Y \implies a = i - 1$ $K_a = \frac{a^2Y}{1-a} = \frac{(i-1)^2Y}{[1-(i-1)]} = \frac{(i-1)^2Y}{(2-i)}$

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Mr. James, a 65-year-old man has slurred speech and blurred vision due to his medical conditions. Due to Mr. James’s condition, the nurses face challenges when communicating with him.Discuss FIVE (5) potential communication barriers that the nurse may encounter while communicating with Mr. James.

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4. The molar mass and boiling point of three compounds is provided in the table below. Answer the questions based on the tabulated data. Compound Molar Mass (g/mol) Boiling Point (°C) A. 2-hexanone 100.16 128 B. heptane 100.20 98 C. 1-hexanol 102.17 156 I. Which compound do you expect to form hydrogen bonding? II. Which compound do you expect to be polar but NOT capable of forming hydrogen bonding? III. Which compound do you expect to be neither polar nor capable of forming hydrogen bonding?

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Helium burns in the core of a horizontal branch star via and produces the proton-proton chain; iron the triple-alpha reaction; carbon the triple-alpha reaction; oxygen the proton-proton chain; lithium d. the proton-proton chain; iron

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The date show the number of vacation days used in a recent year by a sample of 12 employees. 3 8 5 2 2 1 10 6 6 2 3 9 a. Obtain the quartiles. b. Determine the interquartile range (IQR). c. Find the five-number summary. a. Obtain the quartiles. Q?= Q?= Q?= (Type integers or decimals.) b. Determine the interquartile range. IQR= (Type an integer or a decimal.) c. Find the five-number summary. (Type integers or decimals. Use ascending order.)

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This assignment will deal with a collection of Tasks and errands one may have to accomplish by a particular date. Make a class called edu.udc.tasks.Task Ensure the following public attributes: Integer taskld Integer priority (0-5, 5=the highest priority) String taskName String taskDetail LocalDate dueDt Make a constructor that assigns each of these attributes Add a toString that will output tasks like: TASK: taskName is due by M/dd/yyyy PRIO:priority taskDetail Make a class called edu.udc.tasks.Sched. Sched will hold the following public attribute: String owner And a private List<Task> myTasks Add a public method: void addTask(Task t) This method must add the Task t to the List<Task>. Also, make a getter for myTask. To Sched, add a public method called printDue tasks that will output tasks in order of: priority, dueDate, taskName.

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1 #include <iostream> 2 #include <string> 3 #include <list> 4 5 using namespace std; 6 7 std::string readName (); 8 void display (list <std::string>); 9 bool promptContinue (); 10 11 int main() 12 { 13 std::string Business = ""; 14 list <std::string> Array; 15 16 cout << "\n\t\t\tWelcome to the Business Sorter!\n\n"; 17 18 do 19 { 20 Array.push_back(readName ()); //enter input items 21 22 Array.sort(); 23 24 display (Array); //sorts business //displays business 25 26} while(promptContinue ()); 27 28 cout << "\n\n\nThank you for using the Business Sorter!\n\n" 29 << endl; 30 31 return 0; 32 33} //end of main function 34 35 std::string readName () 36 { 37 std::string_Business = ""; 38 cout << "\n\nPlease enter the name of a business; "; 39 getline (cin, Business); 40 41 return _Business; 42 } 43 44 void display (list <std::string> _Array) 45 { 46 cout << "\nYour businesses are: " << endl; 47 unsigned int i = 0; 48 while (i < _Array.size()) 49 { 50 cout << _Array.front () << endl; 51 _Array.push_back (_Array.front ()); 52 _Array.pop_front (); 53 i++; 54 } 55 } 56 57 bool promptContinue () 58 { 59 std::string prompt = ""; 60 cout << "\n\nEnter another business? "; 61 cin >> prompt; 62 cin.ignore (); // This loops the front of the list to the back. // This clears the whitespace leftover from cin. 63 64 return (prompt == "Yes" || prompt == "yes"); 65 }

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(c) Consider a basis specified by vectors $r_1, r_2... r_n$ relative to some space lattice. The reciprocal lattice of the underlying space lattice is G. The structure factor is defined by $S(\vec{G}) = \sum_j f_j(\vec{G})e^{i\vec{G}.\vec{r_j}}$ where $f_j(\vec{G})$ is the form factor. (i) Explain what the form factor represents. (2) (ii) The structure factor impacts on the scattered intensity. Explain, with the aid of diagrams, how and why this arises. (6)

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