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Chemistry S-20 Week 1 Alkenes: Isomers and Nomenclature 1. There are 6 unique alkene isomers of the hydrocarbon C5H10. Draw each of these isomers‚ and provide a systematic name for each. 1-pentene (E)-2-pentene (Z)-2-pentene 2-methyl-1-butene 2-methyl-2-butene 3-methyl-1-butene 2. For the three alkenes above which are various isomers of pentene‚ rank them in order of stability. Explain your ranking. most stable (more subst. double bond) less stable (cis alkene is
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Aqueous Alkalimetry Residual titration 0.1N NaOH Phenolphthalein TS C6H4OCOCH3COOH + NaOH C6H4OCOCH3COONa+ H2O Assay of Metacholine Chloride Non Aqueous Acidimetry Blank titration Perchloric acid Mercuric acetate TS Crystal violet TS 2 Cl- + Hg (OAC)2 + 2HClO4 2 ClO4- + 2HOAc + 2HgCl2 Assay of Phenytoin Non Aqueous alkalimetry Blank titration Sodium methoxide Saturated sol’n of Azo violet in Benzene H C6H5 N--C=O C C6H5 C-NH
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Case Study-1 Course: International Business (MGT 372) Section: 5‚ 6 Case: Charles Martin in Uganda Faculty: Ms. Samira Rahman (Smi) Submitted by: Group 10 |No. |ID |NAME |SECTION | |1 |072 349 030 |Nusrat Amin |6 | |2 |073 522 030
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variables. Marriott’s capital structure comprises debt (fixed and floating) and equity. Marriott Corporation Business Lines 1 Beta of Debt (⬬d) Computed using correlation between S&P500 returns and HG Corp Bonds (recent history is implicitly more weighted)‚ s.d. of the S&P500 and s.d. of the HG Corp Bonds (Exhibit 4) Same 2 Risk-Free Rate Estimated to be equal to 10y US Gov Interest Rate as of April 1988 (Table B) Same 3 Current Leverage Using financial statements (Exhibit 1)‚ we estimated the
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of 5 to 10 mm Hg per second. b. Have the patient sit in a chair with the feet flat on the floor. c. Assist the patient to the supine position for BP measurements. d. Obtain two BP readings in the dominant arm and average the results. ANS: B The patient should be seated with the feet flat on the floor. The BP is obtained in both arms‚ and the results of the two arms are not averaged. The patient does not need to be in the supine position. The cuff should be deflated at 2 to 3 mm Hg per second. DIF:
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Stroke I. Pathophysiology A. Ischemic Stroke 1. Results from blockage of a cerebral artery‚ leading to decreased blood flow. 2. Cerebral blood arteries dilate and constrict due a process called cerebral autoregulation. 3. This process is affected by stroke 4. One possible ischemic stroke occurs due to blockage of an intracranial vessel due to an embolus from a distant area (i.e. cardiogenic embolus)‚ 5. Another possible ischemic stroke occurs due to in situ thrombosis of an intracranial vessel
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An example of potential energy is A) a coiled spring. B) running water. C) tree branches blowing in the breeze. D) a moving elevator. E) electrical energy. Points Earned: 1.0/1.0 The correct answer is A. The definition of potential energy is an inactive type of energy that is stored for future use. All of these answers describe active energy‚ for example‚ running water is very active but can generate other types of energy. Which one of the following substances will float in gasoline
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| 120.9 | | Score: | 0/1 | | | 3. | | | 1000 L of gas is prepared in a tank at 700 mm Hg and 2000 oC. The gas is then transferred to a 40.0 L tank at 200o C. The pressure inside the new tank is | | | Student Response | Correct Answer | A. | 14 mm Hg | | B. | 70 mm Hg | | C. | 280 mm Hg | | D. | 1.75 x 10 3 mm Hg | | E. | 3.64 x 103 mm Hg | | | Score: | 0/1 | | | 4. | | | The density of an unknown element in the gaseous state
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Blood Pressure The function of the heart is to circulate blood around the body. The heart comprises of four chambers: Right Atrium Left Atrium Right Ventricle Left Ventricle Functionally the heart comprises of two pumps: The right atrium receives blood from the body (de-oxygenated blood) and the right ventricle pumps it into the lungs for aeration (removal of carbon dioxide and add oxygen). The left atrium receives the oxygenated blood from the lungs and the left ventricle pumps
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