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Which of the following identifies a motion, which will decrease the angle of the joint? Extension Circumduction Flexion Eversion

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The 'H NMR spectrum of CH$_3$HgCl is shown below. What is the $^2J_{Hg-H}$ coupling constant in Hz? (500.13 MHz spectrometer)

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Please help me do this, I have attached data, and PLEASE inducate which formula were used and the step by step process ================================Enter the z value -> You are the procurement manager of Tacy’s. The supplier offers a new style of classical bomber jacket for the winter season. The purchase cost is $200, and the selling price is $500. You Consider offering a discount for unsold jackets at the end of the season. The discounted price is $ 150. The forecasted demand, D, is normally distributed with a mean of 3,000 units (mu ) and a standard deviation of 700 units (sigma ). Assume that the A/F ration is 1. (a) You will get a promotion if the total sold jackets is above 4,000 units. What is the probability that the actual demand will be 4,000 units or more? (b) Selling less than 80% of the average forecast may result in the placement of your position in a lower pay grade. What is the probability of selling more than 80%? (c) What is the probability that the actual demand is within 25% of the average forecast? (d) What is the expected profit maximizing order quantity, Q? (e) Assuming Tacy’s Manger enforces and orders quantity of Q=4,500. What are the expected lost sales? (f) At Q=4,500, what are the expected sales? (g) At Q=4,500, what is the expected leftover inventory? (h) At Q=4,500, what is the expected profit? (i) At Q=4,500, what is the expected fill rate? (j) At Q=4,500, what is the stock-out probability? (z) (z)1 z (z) L(z) z (z) (z Z (z) L(z) -3.00 0.0013 3.000 -1.24 0.10751.292 0.52 0.69850.192 2.28 0.98870.004 -2.96 0.0015 2.960 -1.20 0.1151 1.256 0.56 0.7123 0.180 2.32 0.9898 0.003 -2.92 0.0018 2.921 1.16 0.1230 1.221 0.60 0.72570.169 2.36 000 6066'0 2.88 0.0020 2.881 1.12 0.1314 1.186 0.64 0.7389 0.158 2.40 0.99180.003 -2.84 0.0023 2.841 1.08 0.1401 1.151 0.68 0.7517 0.148 2.44 0.9927 0.002 -2.80 0.0026 2.801 1.04 0.1492 1.117 0.72 0.7642 0.138 2.48 0.99340.002 -2.76 0.0029 2.761 1.00 0.1587 1.083 0.76 0.7764 0.129 2.52 0.99410.002 -2.72 0.0033 2.721 -0.96 0.1685 1.050 0.80 0.78810.120 2.56 0.9948 0.002 -2.68 0.0037 2.681 -0.92 0.1788 1.017 0.84 0.7995 0.112 2.60 0.9953 0.001 -2.64 0.0041 2.641 -0.88 0.18940.984 0.88 0.81060.104 2.64 0.9959 0.001 -2.60 0.0047 2.601 -0.84 0.2005 0.952 0.92 0.8212 0.097 2.68 0.9963 0.001 -2.56 0.0052 2.562 -0.80 0.2119 0.920 0.96 0.8315 0.090 2.72 0.9967 0.001 -2.52 0.0059 2.522 -0.76 0.22360.889 1.00 0.8413 0.083 2.76 0.99710.001 -2.48 0.0066 2.482 -0.72 0.2358 0.858 1.04 0.8508 0.077 2.80 0.9974 0.001 -2.44 0.0073 2.442 0.68 0.2483 0.828 1.08 0.8599 0.071 2.84 0.9977 0.001 -2.40 0.0082 2.403 0.64 0.2611 0.798 1.12 0.86860.066 2.880.9980 0.001 -2.36 0.0091 2.363 -0.60 0.2743 0.769 1.16 0.8770 0.061 2.92 0.9982 0.001 -2.32 0.0102 2.323 0.56 0.2877 0.7401.20 0.8849 0.056 2.96 0.9985 0.000 -2.28 0.0113 2.284 0.52 0.3015 0.712 .240.89250.052 3.00 0.99870.000 -2.24 0.0125 2.244 0.48 0.3156 0.684 1.28 0.8997 0.047 3.040.9988 0.000 -2.20 0.0139 2.205 0.44 0.3300 0.657 1.320.9066 0.044 3.08 0.9990 0.000 -2.16 0.0154 2.165 0.40 0.3446 0.6301.36 0.9131 0.040 3.12 0.9991 0.000 -2.12 0.0170 2.126 0.36 0.3594 0.605 1.40 0.9192 0.037 3.16 0.99920.000 -2.08 0.0188 2.087 -0.32 0.3745 0.579 1.44 0.9251 0.034 3.20 0.9993 0.000 -2.04 0.0207 2.048 -0.28 0.3897 0.554 1.48 0.93060.031 3.24 0.9994 0.000 2.00 0.0228 2.008 0.24 0.4052 0.530 1.52 0.9357 0.028 3.28 0.99950.000 -1.96 0.0250 1.969 -0.20 0.4207 0.507 1.56 0.94060.026 3.32 0.9995 0.000 -1.92 0.0274 1.930 0.16 0.4364 0.484 1.60 0.9452 0.023 3.360.9996 0.000 1.88 0.0301 1.892 0.12 0.4522 0.462 1.64 0.9495 0.021 3.40 0.9997 0.000 -1.84 0.0329 1.853 0.08 0.4681 0.440 1.68 0.9535 0.019 3.44 0.9997 0.000 -1.80 0.03591.814 -0.04 0.4840 0.419 1.72 0.95730.017 3.48 0.99970.000 1.76 0.0392 1.776 0.00 0.5000 0.399 1.76 0.9608 0.016 3.52 0.9998 0.000 -1.72 0.0427 1.737 0.04 0.5160 0.379 1.80 0.9641 0.014 3.56 0.9998 0.000 -1.68 0.04651.699 0.08 0.5319 0.360 1.84 0.96710.013 3.60 0.9998 0.000 1.64 0.0505 1.661 0.12 0.5478 0.342 1.88 0.9699 0.012 3.64 0.9999 0.000 -1.60 0.0548 1.623 0.16 0.5636 0.324 1.92 0.9726 0.010 3.68 0000 66660 -1.56 0.05941.586 0.20 0.5793 0.307 1.96 0.9750 0.009 3.720.9999 0.000 1.52 0.0643 1.548 0.24 0.5948 0.290 2.00 0.9772 0.008 3.76 0.9999 0.000 -1.48 0.0694 1.511 0.28 0.61030.274 2.04 0.97930.008 3.80 0.99990.000 -1.44 0.0749 1.474 0.32 0.6255 0.259 2.08 0.98120.007 3.84 0.9999 0.000 -1.40 0.0808 1.437 0.36 0.6406 0.245 2.12 0.9830 0.006 3.88 0.9999 0.000 -1.36 0.0869 1.400 0.40 0.6554 0.230 2.16 0.9846 0.005 3.92 1.0000 0.000 1.32 0.0934 1.364 0.44 0.6700 0.217 2.20 0.9861 0.005 3.96 1.0000 0.000 1.28 0.1003 1.327 0.48 0.6844 0.204 2.240.98750.004 4.001.00000.000 z-value| (z Enter the z value 0 0.5 Read In-stock Probability L(z) 0.39894228 Read Lost Function

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Construct a mathematical model of a piezo actuator closed in position. Synthesize a regulator that would provide the specified system quality indicators. We have the transfer function: $W_A(p) = \frac{\Delta l(p)}{e_n(p)} = \frac{3.42 \times 10^{-10}}{(1.07 \times 10^{-3}p + 1)(3.26 \times 10^{-10}p^2 + 2.258 \times 10^{-7}p + 1)}$ Allowable Oscillation index tracking error, % < 5 1.1

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Photodiode LED Rx TIA ?? ADC Diagnostic PD Open or Short Cable Off LED Open or Short Tx LED Driver LED Current Control DAC Tx Supply (3.0 V or 5.25 V) AFE4400 Timing Controller RED Amb (RED) IR AFE SPI SPI Interface Amb (IR) OSC 8 MHz AFE Diagnostic Signals Supply (2.0 V to 3.6 V)

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Explain why all stakeholders (not just shareholders) should pay attention to the rulemaking process and how they may participate in the process.

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Problem 1 (12 points): ?????? ??all November 13, 2019 A meteorological station on the UM-Dearborn campus records the local air temperature, in degrees C, every minute in the course of one day, midnight to midnight. The data are stored as a one- dimensional array of temperature values. Write a MATLAB function which computes the average (mean) air temperature during a given time period. The inputs of the function must be: a) Array of temperature data 7 for the entire day b) Hour $h_1$ and minute $m_1$ of the starting point of the period c) Hour $h_2$ and minute $m_2$ of the ending point of the period The output must be the mean value of the temperature.

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7. Consider the differential equation $y' + y\sin t = 0$ with $y(\frac{\pi}{2}) = 1$. Then $y(0)$ is (a) $-e$ (b) $e$ (c) $e^{-1}$ (d) $-e^{-1}$

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Which statements are true in the folliwing choice? Select all that apply. In a CC experiment it is crucial to run the mobile phase through the column to make sure the stationary phase is fully soaked in the solvent and insure that there are no air bubbles in the column. The presence of those bubbles in the column would cause the mobile phase to run around the bubbles. That would cause the migration of the substances to be separated down the column to take place less quickly, which make the separation of the substances in the sample slower. In a CC experiment it is crucial to run the mobile phase through the column to make sure the stationary phase is fully soaked in the solvent and insure that there are no air bubbles in the column. The presence of those bubbles in the column would cause the mobile phase to run around the bubbles. That would cause the migration of the substances to be separated down the column to take place unevenly, which make the separation of the substances in the sample more difficult. In the CC experiment of schedule, the stationary phase is made of silica gel and the mobile phase is made of methanol In the CC experiment of schedule, the stationary phase is made of methanol and the mobile phase is made of silica gel In the CC experiment on schedule, the desired substance, which is a liquid, will be separated from the mobile phase, which is a solid, condensation of the desired substance. In the CC experiment on schedule, the desired substance, which is a solid, will be separated from the mobile phase, which is a liquid, evaporation of the moble phase.

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Question 17 You want to buy a car. The loan amount will be \$13,000. The company is offering a 4\% interest rate for 36 months (3 years). What will your monthly payments be? \$

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