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Question 12 2 pts Syke's approach to the study of inmate culture argues that inmate's behaviors are entirely unique to prison, an adaptation to the "pains of imprisonment." This approach is called O the importation model O the deprivation model O the sub-rosa economic system O prisonization

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18. John leaves Houston at 1:00 pm and drives 208 miles to San Antonio. What time should he arrive if he drives at an average rate of 64 mph the entire trip?

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Identify the muscles located in the anterior, posterior, and lateral compartments of the leg. Labels Tibialis anterior Fibularis brevis Extensor digitorum longus Soleus Fibularis longus Gastrocnemius Fibularis tertius Tibialis posterior Drop Zones Reset All Image Description

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Module 1.1 Sinusoidal Waveforms Learn how the shape of the waveform is related to the amplitude, frequency, and reference phase angle of a sinusoidal wave. Module 1.1 Sinusoidal Waveforms Instructions The waveform shown in red is a reference wave given by $y = 5\cos4\pi t$: amplitude = 5 volts, $f = 2$ Hz, and $\theta_0 = 0$. For comparison, you can generate and display in blue a waveform given by $y = A\cos(2\pi ft + \theta_0)$ by specifying its attributes in the Input Panel. Input for blue wave Amplitude $A = 4.118$ [volts] Frequency $f = 1.3825$ [Hz] Angle $\theta_0 = 50.796$ $A = 5$ [volts] $f = 2$ [Hz] $\theta_0 = 0^\circ$ $A = 4.118$ [volts] $f = 1.3825$ [Hz] $\theta_0 = 50.796^\circ$

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5. Solid molecule hydrogen. For $ \mathrm{H}_{2} $ one finds from measurements on the gas that the LennardJones parameters are $ \varepsilon=50 \times 10^{-16} \mathrm{erg} $ and $ \sigma=2.96 \AA $. Find the cohesive energy in kJ per mole of $ \mathrm{H}_{2} $; do the calculation for an fcc structure. $ \left(1 \mathrm{erg}=10^{-7} \mathrm{~J}\right. $, $ \frac{R_{O}}{\sigma}=1.09,1 $ mole $ =6.02 \times 10^{23} $ atoms) (6 ?????)

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A metallic bar at 37°C is placed in a large oven whose interior is maintained at 1100 K. The absorptivity of the bar is 0.8. What is the net rate of emission/absorption from/to the bar per unit area of its surface? [Take σ= 5.67x10-8 W/m^2.K^4]

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Select the appropriate method of converting 4-methyl-1-pentene into 3-methylbutanoic acid. 1. $CCl_4$; 2. excess $NaNH_2$; 3. $O_3$; 4. $H_2O$ 1. $Br_2$, $CCl_4$; 2. excess $NaNH_2$; 3. $H_2O$ 1. $Cl_2$, $CCl_4$; 2. $NaNH_2$; 3. $H_2O$; 4. $O_3$; 5. $H_2O$ 1. $O_3$; 2. $H_2O$; 3. $CCl_4$; 4. excess $NaNH_2$; 5. $H_2O$ 1. $Br_2$, $CCl_4$; 2. excess $NaNH_2$; 3. $H_2O$; 4. $O_3$; 5. $H_2O$

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Use the method of undetermined coefficients to find the general solution of the ODE y'' - y' = t^2 + te^t.

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uestion 4 During a period where the risk-free rate of interest is 4%, Jensen's alpha of the Panda fund is closest to: Market Panda Fund Portfolio Average Returns Standard Deviation 18% 12% 30% 17% Beta 1.9% 1.0% Answers: a.-1.2 b.0 c. 1.0 d.2.4

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(10 points) Suppose an undirected graph G has n vertices. Consider the following algorithm to find the global minimum cut in G: 1. bestCut = None 2. for $t = 1, \dots, \binom{n}{2} \ln(n)$: 3. candidateCut $\leftarrow$ Karger(G) 4. if candidateCut is smaller than bestCut: 5. bestCut $\leftarrow$ candidateCut 6. return bestCut Here $\delta \in (0, 1)$ is the probability that Karger fails to return a minimum cut in T trials (for some T). Prove the probability that this algorithm doesn't return a global minimum cut is $\leq \delta$.

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colleen l.