Numerade

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When configuring a Virtual machine how can the optimal amount of memory, processing, and affinity be determined for a VM. This becomes even more important when defining Cloud Environments where the meter runs based on configuration, not necessarily work load. o some research on methodologies and tools available from vendors to ‘right size’ VM configurations based on VM use.

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Solve the following equation for b. $m^2 + b^2 = c^2$

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Bill's Roast Beef sells 9 times as many sandwiches as Pete's Deli. The difference between their sales is 536 sandwiches. How many sandwiches did each sell?

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Solve the triangle shown to the right. A≈ (Simplify your answer.) a≈ (Type an integer or decimal rounded to two decimal places as needed.) b≈ (Type an integer or decimal rounded to two decimal places as needed.) a 95° b 60° 6 A

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Jump to Problem: [1 2 3] Problem 1. SAVE and PREVIEW ONLY - ANSWERS NOT SUBMITTED FOR GRADING (2 points) A force of 4 lb is required to hold a spring stretched 1 ft. beyond its natural length. How much work is done in stretching the spring from 1 ft. beyond its natural length to 6 ft. beyond its natural length?

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5. Characteristics of a good algorithm include (a) Input (c) Definiteness blanks: (b) Output (d) All of these

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Execise 1.: It is Given the following network with activity times in months. Indicate the critical path and determine the duration of the project. Determine the earliest and latest start and end times and Slack times for each activity.

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HW 43-Applications of Solving Equations: Problem 7 (1 point) Suppose that the average temperature in Lincoln, NE in degrees Fahrenheit $t$ months after January 1, 2016 (that is, January 1 corresponds to $t = 0$) is given by the following equation: $T(t) = -30 \cos\left(\frac{\pi}{6}t\right) + 60$. (a) Which of the following is the graph of $T(t)$ on the interval $[0, 12]$? Select A B C D (b) According to your answer in part (a), how many times in the course of 2016 does our model say the temperature should be 65 degrees. times (c) Find all values of $t$ on the interval $[0, 12]$ for which the temperature in Lincoln, NE is predicted by this model to be 65 degrees. Enter your answer as a comma separated list. Use radian measure and round your answer to at least four significant digits.

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II. Short Subjective Question 7 (10 Marks) A lossless 1000 line of length $l = \frac{3\lambda_z}{4}$ is terminated by a load $Z_L = 210\Omega$. If the voltage at the receiving end is 80 V, what is the voltage at the sending end? What would have been the voltage at the sending end if the line was half-wavelength long instead, i.e. $l = \frac{\lambda_z}{2}$?

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(a) Determine the characteristic values and the characteristic functions of the following Sturm-Liouville problem: \frac{d^2y}{dx^2} + \lambda^2y = 0 \newline y(-L) = y(L) \quad \text{and} \quad \frac{dy(-L)}{dx} = \frac{dy(L)}{dx} \newline where $L$ is a nonzero real constant. \newline (b) Show that the expansion of an arbitrary piecewise-differentiable function $f(x)$ on the interval $(-L, L)$ in terms of the characteristic functions found in (a) leads to the complete Fourier series representation of $f(x)$.

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madison w.