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consuelo roberts

consuelo r.

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c. What was the largest operating cash flow (inflow or outflow) for DDS in the most recent year (3 points)? Group of answer choices Decrease in merchandise inventories Cannot tell because they use the indirect method Net income Depreciation and amortization

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4.5. Categorize each statement in the case according to the supportive communication characteristic or type of response it represents. For example, the first statement by Leonardo obviously is not very congruent, but the second one is much more so. 4.6. Which statements in the conversation were most helpful? Which were least helpful, or could have produced defensiveness or closed off the conversation? 4.7. If you were the coach of Susette, how would you assist her in being more competent as a supportive communicator? How would you coach Leonardo to be more supportive even though it is he who faces the problem?

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According to the ABC-X Model, there are a variety of resources that can help a family during a crisis. Trinity recently suffered a miscarriage and was entitled to three days of paid leave from work because of a government policy where she lives. This time off to grieve would be classified as what type of resource?

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2. Determine if the series converges or diverges. Give reasons for your answer. If the series converges, find its sum. (a) $\sum_{n=1}^{\infty} \frac{n^n}{n!}$ (b) $\sum_{n=1}^{\infty} \frac{6}{(2n-1)(2n+1)}$ (c) $\sum_{k=1}^{\infty} (\sqrt{k}-1)^{2k}$ (d) $\sum_{k=1}^{\infty} \frac{2^k + 3^k}{4^k}$

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What is the oxidation state of each element in K_(2)Cr_(2)O_(7) ? what is the oxidation state of each element in SO2- 3 What is the oxidation state of each element in $K_2Cr_2O_7$?

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in a good therapeutic alliance, the therapist and the client negotiate the goals they work on and choose either the therapists goals or the clients goals

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in physiology Q13. What distinguishes a weak acid from a strong acid?

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3. For each of the following Venn diagrams: (a) B A 0.6 0.2

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Can someone carefully answer questions A, B, C and D in detail, please!! Thank you!!! (2 3) An extended X-ray source associated with the Coma Cluster of galaxies is one of the (apparently) brightest extragalactic X-ray sources known. The X-ray emission is thought to originate in a hot intracluster gas (gas within the cluster, not to be confused with a possible intergalactic gas between clusters of galaxies). A simplified representation of the observed X-ray spectrum from this Coma Cluster X-ray source is shown on the final page, and the observed X-ray flux in the 0.5-50 keV band is about 410-10 erg/sec/cm2.The angular extent of the cluster in X-rays is about 0.5 degrees in diameter, and the cluster is about 100 Mpc away. (You may ignore all cosmological complications like redshifting of the radiation in an expanding Universe, etc; keep your estimates simple). a. From the observed X-ray data, the X-ray photon emission mechanism is inferred to be thermal bremsstrahlung from the hot intracluster gas. Explain how one might arrive at this conclusion about which radiation emission mechanism is at work, by examining the supplied X-ray"observations". b. Very simply estimate the (electron) temperature of this X-ray emitting intracluster gas, assuming that thermal bremsstrahlung is at work. Be sure to show your work and/or explain your reasoning. Also estimate the X-ray luminosity for the Coma Cluster X-ray emitting gas. c. Very simply estimate the electron density, and also the total mass of the hot gas d. Estimate the typical cooling time of electrons due to thermal bremsstrahlung radiation in this intracluster gas. What do you conclude about the need (or lack thereof for reheating of this intracluster gas? For example, if this gas were heated just once when the Universe was quite young, could we still expect this hot gas to be around today emitting X-rays,even without invoking some subsequent reheating of the intracluster medium? /flux in anbitrary units log Energy kaV

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1. need help with these 2 sections of this question -> show an ex and describe competitive exclusion principal - > through what circumstances can the Hardy-Weinberg equation be applied in order calc genotype frequencies ? use genotype frequencies that would be expected in a population which meets the Hardy-Weinberg assumption and that has the allele frequencies: p=0.75, q=0.25

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