Numerade

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Question 1 1 pts How many equations of motion are there for an ERO in 3D? 4 3 6 8 Question 2 1 pts A pinned connection in 2D can _________ but not _________. rotate, translate hot dog, hamburger translate, rotate

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5. Evaluate the following derivatives. You do not have to simplify your final answer. (a) (6 points) $\frac{d}{dx}((x^4+9)^5+1)^3$ (b) (6 points) $\frac{d}{dx}(x^33^{x^2+4})$

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3. Which VPN protocol is known for providing the highest level of security due to its use of strong encryption techniques? OpenVPN L2TP PPTP IKEv2

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Scenario: In RadicRealm, players embark on an adventurous quest to solve radical equations and unlock magical abilities. Traversing diverse landscapes, they face challenges, solve puzzles, and interact with wise sages. By successfully unraveling radical equations, players gain new powers and confront the RadieSorcerer, restoring balance to the realm. RadicRealm sharpens critical thinking and problemsolving skills, transforming players into skilled RadicExplorers. Task: Solve: \[ \sqrt{x-6}=x-6 . \] Enter the exact answers. The field below accepts a list of numbers or formulas separated by semicolons (e.g. 2; 4;6 or $ x+1 ; x-1 $ ). The order of the list does not matter. \[ x= \]

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Let f and g be continuous differentiable functions with f(14) = 3, f'(14) = 8, g(14) = 15, and g'(14) = 2. If $h(x) = f(x) \cdot g(x)$, then determine $h'(14)$.

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A limitation of convergence theories is that they underestimate variability and plasticity as key features of human culture and evolutionary history. True False

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Which of the following can be calculated by the following: Vital capacity - inspiratory reserve volume - expiratory reserve volume Group of answer choices functional residual capacity tidal volume residual volume total lung capactiy

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Due: Monday, November 18, 2019 (by 4pm under my office door) Problem #1 - Differential Amplifier - Virtual Gnd? Given the differential amplifier shown on the right and using both the body and Early effects, a) 2 pts - find the small signal differential voltage gain $\frac{V_{od}}{V_{id}}$ b) 2 pts - use the small signal equations to show whether or not $v_s$ is a virtual gnd.

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b) Figure Q2(b) shows a small crate of mass 20 kg is being pulled from its stationary position to the right. Determine, (i) the time when the crate starts moving, and (ii) the speed of the crate at the end of 10 s. $\mu_s = 0.6$ $\mu_k = 0.5$ [CO2/PO2/C4] (13 marks)

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Problem 3. (30 points) Write a program that do interpolation with the same data points in problem 2. Use 1)default linear interpolation method(10 points); 2) spline interpolation method(10 points); 3) cubic interpolation method(10 points). Plot them in the same graph with different marks and colors.

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alexander m.