Question Solved1 Answer Consider the following list: 44 53 14 98 39 191 16 183 95 61 Use Quicksort to sort the list for two passes. Assume for the first pass the pivot is 61 and for the second the pivots are 39 and 191 for the left and right partitions, respectively. Show the list after the pivot has been swapped back after the first and second pass.

Using c++ can you explain to me how to 7.13 (Duplicate Elimination with array ) Use a one- dimensional array to Solve the following problem. Read in 20 numbers, each of which is between 10 and 100, inclusive. As each number is read, validate it and store it in the array only if it isn't a duplicate of a number already read. After reading all the values, display only the unique values that the user entered. Provide for the "worst case" in which all 20 numbers are different. Use the smallest possible array to solve this problem

For a process with transfer function \( G_{(s)}=\frac{2(3 s+1)}{(14 s+3)(2 s+1)} \), which is controlled with a Proportional-Integral controller, sketch (after showing your calculations clearly) and explain the root-locus diagram for fixed integral time \( \tau_{l} \), for the following cases (check and show your results with MATLAB): a. \( \tau_{I}>14 \) (larger than process time constants) b. \( 2<\tau_{I}<14 \) (in between the process time constants) [10\%] c. \( \tau_{I}<2 \) (smaller than the process time constants) [10\%] [10\%]

Scenario You work for a small company that exports artisan chocolate. Although you measure your products in kilograms, you often get orders in both pounds and ounces. You have decided that rather than have to look up conversions all the time, you could use Python code to take inputs to make conversions between the different units of measurement. You will write three blocks of code. The first will convert kilograms to pounds and ounces. The second will convert pounds to kilograms and ounces. The third will convert ounces to kilograms and pounds. The conversions are as follows: . 1 kilogram = 35.274 ounces • 1 kilogram = 2.20462 pounds • 1 pound = 0.453592 kilograms • 1 pound = 16 ounces • 1 ounce = 0.0283 kilograms • 1 ounce = 0.0625 pounds For the purposes of this activity the template for a function has been provided. You have not yet covered functions in the course, but they are a way of reusing code. Like a Python script, a function can have zero or more parameters. In the code window you will see three functions defined as def convert_kg(value): , def convert_pounds(value): , and def convert_ounces(value): . Each function will have a block showing you where to place your code. What you need to do Best Practices to Follow: Within the functions you will see a line telling you where to write the code. 1. Writing detailed comments and docstrings. 2. Organizing and structuring code for readability. 3. It is recommended that you use your own test cases in order to check for correctness. You can test your code inside the _main__ provided. Steps for Completion Tasks Write code for the convert_kg(value) function that converts value into pounds and ounces. The function should output the following statement "x kg converted is y pounds and z ounces.". Write code for the convert_pounds(value) function that converts value into kg and ounces. The function should output the following statement "x pounds converted is y kg and z ounces.". Write code for the convert_ounces (value) function that converts value into kg and pounds. The function should output the following statement "x ounces converted is y kg and z pounds.". Make it your own The company has extended its product range to include top-of-the-range sparkling beverages that can also be bought wholesale. Extend your code to include conversions for liquid measurements such as fluid Ounces, litres, pints, and quarts. Task This task will be manually graded by your instructor to check that the goals and the requirements for the task have been met.

Topics: Sections Appendix E (Mathematical Induction), 11.1, and 11.2 in the textbook. Problem #1: Suppose that a sequence is defined by a1 = 4, an+1 7 = 7-an To show that az is monotonic using mathematical induction, which of the following would be the second step? + +1 (A) Assume af +1 5 a; and show that 7-dx-757ai 7-d8+z = 7=dat 1 1 (B) Assume 7 - and show that ar 1af +2 + (C) Assume at Sat-1 and show that -0% * 1 - 02+1 1 - 1 57-ax+2 +1 2 1 (D) Assume ar Sat-1 and show that (E) Assume that () and show that az sax=1 az a3+1 (F) Assume 17 and show that ap-1 sar -az-1 1 7- az 1 (G) Assume ax+1 at and show that 7-02+2 7-Q3-1 1 1 (H) Assume 7-03+1 -57-22-2 < and show that ar $0x+1 Problem #1: с Just Save Your work has been saved! (Back to Admin Page) Submit Problem #1 for Grading Attempt #3 Problem #1 Your Answer: Your Mark: Attempt #1 D 0/2x Attempt #2 с 0/2X Problem #2: Suppose that a sequence is defined by aj = 1, 4n+1 = 2an g+an Assuming that {an} is convergent, find its limit. Problem #2: Just Save Your work has been saved! (Back to Admin Page) Submit Problem #2 for Grading

please help me with these cash flow diagrams Compute the missing values in the following cash flow diagrams Question 1 What is the present value? i=3% Use the compound interest calculations. The interest rates are annual, and each time unit is one year. (Do not round at intermediate steps!) Round your FINAL answer to the nearest integer. (For example, if you get 2.1, then round it to 2. If you get 2.8, then round it to 3.If you get 2.5, then round it to 3.) 2007 /200 350 (Round your answer to six decimal places.) number (rtol=0.01, atol=1e-08) ? Question 2 What is the future value?i=5% 0 50 ** 30 . (Round your answer to six decimal places.) number (rtol=0.01, atol=14-08)

2.54x10-3 25 4.93x10-3 35 7.64x10-3 42 1.23x10-2 50 1.47x10-2 53 It is known that the variation of the rate constant k with the absolute temperature T is described by the Arrhenius equation: k = A exp [(-E₂ )/(RT)] where E, is the activation energy, R is the universal gas constant and A is the pre-exponential factor (units of the rate constant). Taking the 2.54x10-3 25 4.93x10-3 35 7.64x10-3 42 1.23x10-2 50 1.47x10-2 53 It is known that the variation of the rate constant k with the absolute temperature T is described by the Arrhenius equation: k = A exp [(-E₂ )/(RT)] where E, is the activation energy, R is the universal gas constant and A is the pre-exponential factor (units of the rate constant). Taking the natural logarithm of both sides affords: Ea In k = In A - RT For a plot of y = In k versus x = 1/T, calculate the slope of the best straight line using linear regression. 1 pts Submit Answer Tries 0/99 Calculate the activation energy E₂. 1 pts Submit Answer Tries 0/99 Copyright: Department of Chemistry, Simon Fraser University - ⒸSFU Chemistry 2020-2022