Numerade

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Which of the following is an alkene? Select the correct answer below: O $CH_3-CH_2-CH(CH_3)-CH_3$ O $CH_3-C(CH_3)_2-C(CH_3)_2-CH_3$ O $CH_2=C(CH_3)-CH_2-CH_3$ O $CH \equiv C-CH_2-CH=CH_2$

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Given the Leontief production function Q = min{5.5K, 6.7L}, how much output is produced when K = 40 and L = 35? Question 14Select one: a. 220 b. 234.5 c. 192.5 d. 268

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(b) Let $F(x, y) = (2xe^{x^2+y^2}, 2ye^{x^2+y^2})$ be a vector field. i. Argue that F is conservative without looking for a potential. [6 marks] ii. Find a potential for F. [8 marks] iii. Thus, or otherwise, determine $\int_C F \cdot dl$, where C is the oriented graph of sin(x) with x running from 0 to 2$\pi$. Clearly state the name of any theorem you use. [4 marks]

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In the following exercise, solve for the variable. \[ 5 a^{2}+26 a=24 \]

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29. Economies of scale basically means when you produce, you are likely to ______ the costs per unit. ______ the number of products you a. increase; increase b. increase; decrease c. decrease; increase d. decrease; decrease

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Problem 06-12 (Algo) [LO 6-5, 6-6] Nunez Company, a retail hardware store, began business in August and elected a calendar year for tax purposes. From August through December, Nunez paid $535,000 for inventory to stock the store. According to a physical inventory count on December 31, Nunez had $108,070 of inventory on hand. Required: a. Compute Nunez's cost of goods sold for its first year assuming Nunez adopted the cash method as its overall method of accounting. b. Compute Nunez's cost of goods sold for its first year assuming Nunez adopted the accrual method as its overall method of accounting. Complete this question by entering your answers in the tabs below. Required Required A B Compute Nunez's cost of goods sold for its first year assuming Nunez adopted the cash method as its overall method of accounting. Cost of goods sold < Required A Required B >

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2. 25 mm = Given: Unknown: Set up the calculation: Answer: 3. 2.5 nm = Given: Unknown: m Answer: mm Set up the calculation: 2.25mm= Given: Unknown: m Set up the calculation: Answer: 3.2.5nm= mm Given: Unknown: Set up the calculation: Answer:

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Part01: Design Synchronous counter 1.7.2.5.4 (45pts) 1. Fill up the table bellow, if you need extra columns add them (15 pt5) DECIMAL 1 7 2 5 4 Q2 Q1 QO 2. Use K-map to find the equations of TO, T1 and T2 (15 pts) 3. Use Logisim to draw the counter's sequential circuit (This logisim file needs to be submitted) (15 pts) Part02: Mealy Sequence Detector Design (50pts) Let's have the following state diagram that detects the sequence "1001" (input X="100100110" => output Z="000100100") 0/0 1/1 1/0 So 0/0 0/0 S1 S2 S3 0/0 1/0 1/1 1- Find the state table (20 pts) 2- Find the next State maps (20 pts) 3- Draw your circuit Using logisim (I need screen shot only) (10pts)

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A pipe is fixed to a wall at A and subjected to forces as shown $\qquad$ $F_z$ $b$ $z$ $a$ $F_x$ $y$ $P$ $A$ $x$ $y$ $x$ $P$ Cross-sectional view at P Outer diameter of the pipe ($d_o$)=90 mm Inner diameter of the pipe ($d_i$)=80 mm $F_x = 14 \text{ kN}$ $F_z = 40 \text{ kN}$ $a = 430 \text{ mm}$ $b = 225 \text{ mm}$ Cross-sectional area of the pipe ($A$) = 1335 mm$^2$ Centroidal moment of inertia with respect to x or y axis ($I_x$ or $I_y$) = 1.21 x 10$^5$ mm$^4$ Polar moment of inertia ($J$) = 2.42 x 10$^5$ mm$^4$ $Q_{max}$ (in transverse shear chapter) = 1.808 x 10$^6$ mm$^3$ a) Re-write your calculated a and b values. b) Find normal and shear stresses at point P, which is located at the surface of the pipe as indicated. c) Show the stress state on a cube element at P indicating the axes, clearly

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3) Assuming $j$-$j$ coupling holds, determine all possible terms resulting from $(np)^2$ electronic configuration.

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joan a.