Abstract: When ionic compounds are dissolved in water‚ they break apart into ions. In this lab the opportunity to mix two ionic solutions and observe the results was given. Some ions will remain dissolved and uncombined in the solution even when they are mixed with other ions. When other ions are mixed‚ they form compounds that appear as cloudy or grainy precipitates. The objective of this lab was to observe the formation of compounds and to write the names and formulas of ionic compounds. It is
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Bond Ratings and Cost of Debt This table summarizes the latest bond ratings and appropriate default spreads for different countries. While you can use these numbers as rough estimates of country risk premiums‚ you may want to modify the premia to reflect the additional risk of equity markets. To estimate the long term country risk premium‚ I start with the country rating (from Moody’s: www.moodys.com) and estimate the default spread for that rating (US corporate and country bonds) over the treasury
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_The Importance of a Parent Child Bond in King Lear_ The strongest‚ truest love is that a parent and child share. Unconditional and forever‚ it incorporates every division of love. Although‚ the bond between parent and child can be held together with great strength‚ either‚ can hold a persona or can disguise a certain aspect of their character. Seemingly‚ in _King Lear_ it is quite evident that parents may not truly know what their child is capable of. Characters Lear‚ an aging king of Britain and
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1.The “building blocks” of polysaccharides are _______‚ and the blocks are covalently linked together by _______. A. | glycerol and fatty acids; glycosidic linkages | B. | amino acids; triple bonds | C. | monosaccharides; glycosidic linkages | D. | disaccharides; triple bonds | E. | oligosaccharides; glycosidic linkages | Answer choice C Which of the following statements about starch is false? A. | Starch may be partially branched. | B. | Starch is a polymer of glucose. | C. |
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Two Families in the Periodic Table Lab Report By: YOU Introduction: The purpose of this lab was to find the relative solubilities of some salts of the Alkaline Earths and use that information to find the order which they appear in the periodic table; also use that information to efficiently find an unknown alkaline earth halide. Also to find the relative oxidizing powers of the Halogens given and using that information finding the order of the Halogens in the periodic table; also use that information
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NAME: ANSWER KEY PERIOD: __________ CHAPTER 6 PERIODIC TABLE HOMEWORK/PRACTICE PACKET HW#1 PERIODIC TABLE VOCABULARY Match the correct vocabulary term to each numbered statement. Write the letter of the correct term on the line. Column A a 1. The highest occupied s and p sublevels are partially filled. n 2. The highest occupied s sublevel and a nearby d sublevel contain electrons. m 3. metals having only 2 electrons in the highest occupied energy
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Elements Atomic No At. Mass Valency Elements At.No. At.Mass Valency Hydrogen(H) 1 1 (+1) Silicon(Si) 14 28 (+4) Lithium(Li) 3 7 (+1) Germanium(Ge) 32 73 (+4) Sodim(Na) 11 23 (+1) Tin(Sn) 50 119 (+4‚+2) Potassium(K) 19 39 (+1) Lead(Pb) 82 207 (+4‚+2) Rubidium(Rb) 37 85 (+1) Nitrogen(N) 7 14 (-3‚+5) Cesium(Cs) 55 133 (+1) Phosphorus(P) 15 31 (+3‚+5) Francium(Fr) 87 223 (+1) Arsenic(Ar) 33 75 (+3) Beryllium(Be) 4 9 (+2) Antimony(Sb)
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Bond Case Sam Strother and Shawna Tibbs are vice presidents of Mutual of Seattle Insurance Company and co-directors of the company’s pension fund management division. An important new client‚ The North-Western Municipal Alliance‚ has requested that Mutual of Seattle present an investment seminar to the mayors of the represented cities‚ and Strother and Tibbs‚ who will make the actual presentation‚ have asked you to help them by answering the following questions. 1) What are the key features of
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(a) the six-month zero-coupon bond rate is calculated as follows: Rm=[m*(FV-PV)]/PV Rm=[2*(100-98)]/98=0.0482 Then this is converted into a continuously compounding rate: Rc=m*ln(1+Rm/m) Rc=2*ln(1+0.0482/2)=0.04763 The 1 year zero-coupon bond rate is calculated as follows: Rm=[1*(100-95)]/95=0.05263 Then this is converted into a continuously compounding rate: Rc=1*ln(1+0.05263/1)=0.05129 The 1.5 year zero-coupon bond rate is calculated as follows:
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Chapter 5 Bonds and Their Valuation Mini-Case Sam Strother and Shawna Tibbs are vice-presidents of Mutual of Seattle Insurance Company and co-directors of the company’s pension fund management division. A major new client‚ the Northwestern Municipal Alliance‚ has requested that Mutual of Seattle present an investment seminar to the mayors of the represented cities‚ and Strother and Tibbs‚ who will make the actual presentation‚ have asked you to help them by answering the following questions
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