Numerade

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a) $f(x) = -x^2 + 4x - 1$; $[0,3]$ b) $f(x) = \frac{2x-1}{x-4}$; $[-3,2]$ 7. Find functions $f$ and $g$ such that $(f+g)(x) = \frac{3}{2x-5} + 7$ (2 pts) $f(x) = $ $g(x) = $

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Identify whether the following traits are examples of adaptation or acclimation to drought. Drought deciduousness [Choose] Sunken stomata [Choose] Leaf rolling [Choose] Thick leaves [Choose]

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8. [-/10 Points] DETAILS MY NOTES VECTORS: SUBTRACTING TWO VECTORS N & K are shown below. N = 17, & K = 14. Let R = N - K. Determine the components of each vector as well as the magnitude & direction of R. For hardcopies of this assignment, you can draw $\vec{R}$ in the blank box below. You are expected to know how to draw vectors and may be asked to do so on a test. Vector N 30° $N_x = $ $N_y = $ Vector K 40° $K_x = $ $K_y = $ Vector R $R_x = $ $R_y = $ R = Direction of R = ° from the HORIZONTAL in quadrant Choose quadrant -- SUBMIT ANSWER 9. [-/10 Points] DETAILS MY NOTES VECTORS: ADDING/SUBTRACTING THREE VECTORS ASK YOUR TEACHER E, S, & F are shown below. E = 27, S = 47, & F = 47. Let R = E + S + F. Determine the components of each vector as well as the magnitude & direction of R. For hardcopies of this assignment, you can draw R in the blank box below. You are expected to know how to draw vectors and may be asked to do so on a test. Vector E 45° $E_x = $ $E_y = $ Vector S 40° $S_x = $ $S_y = $ Vector F 70° $F_x = $ $F_y = $ Vector R $R_x = $ $R_y = $

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Which of the following is not true when managing a dislocated glenohumeral joint? sling and swathe the shoulder in the position of comfort place a towel between the thorax and humerus check for circulation swathe the shoulder directly against the trunk

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1. What are the cardinal signs of temporomandibular joint dysfunction? A. Joint tenderness and teeth grinding B. Joint noise and excessive movement C. Joint pain, noise, and limited range of motion D. Joint inflammation, swelling, and muscle weakness

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Find $(f\circ g)(x)$ for the pair of functions and give the domain. $f(x) = \sqrt{6x}$, $g(x) = \frac{1}{x}$

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Display the customer's name if they have an "a" and an "e" anywhere in their full name.

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1 --2--> 3 --0--> 5 | 2 | 4 | \ 3 / 8 / 2 --2--> 4 --2--> 6 3 -1 0

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The table employee has the following schema: Column Type employee_id int first_name varchar(128) last_name varchar(128) manager_id int All the employees in the employee table have employee_id, first_name, and last_name. Some employees' may not have a manager. Write a SQL query to get the employee name and his/her corresponding manager name. Note: Build a query string with only one statement (semicolon optional). Multiple statements (separated by semicolon) in the query string are not Sample Input employee employee_id first_name last_name manager_id 1 Fabiola Jackson NULL 2 Mireya Copeland 1

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-10 Tooth Metal Gear 6) Intermittent Motion Mechanism WOUT Input WIN Output -9 Points Acetal/Nylon) Components The Robotic Armatron Wrist exhibits flexion when the 10 Tooth Copper Alloy (Brass / Bronze) Pinion engages the Plastic (Acetal/Nylon) Crown Gear altering the direction of rotation by 90 Degrees. Metal is more expensive than Plastic. Explain briefly why the Designer chose Metal to make the 10 Tooth Pinion Gear. 3R Intermittent Gearing 02 Pulley 03 Geneva Wheel 7) Automatic Control System 96 Teeth 72 Teeth Worm 60 Teeth The Output of the Pulley Belt Drive, O2 is the Input to the Geneva Wheel, O3 and the Output of the Geneva Wheel, O4 is the Input to the Intermittent Gear, 05. A) If WIN = 1,800 RPM Counterclockwise, calculate the Angular Velocity of Os the Output Intermittent Gear, WOUT B) Determine the Direction of the Output, O6 (Clockwise or Counterclockwise). 4 Points In this 2 Stage Speed Reducer, the Input is the Worm driven by the Motor, and the Output is the 96 Tooth Gear. Calculate the number of turns of the Motor in order to turn the 96 Tooth Gear, 0.8 Turns. Reference; TV = \frac{\# Output Turns}{\# Input Turns}

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carolina a.