NAME Xinxin Xu ACC 304 Bond Simulation Research Project #2 (Due Tuesday‚ March 11) 25 Points Using this template‚ complete all the blanks shown. 1. Situation: On January 1‚ 2013‚ Loyola Enterprises issued 9% bonds with a face value of $400‚000 when the market rate was 6%. The bonds are due in 10 years‚ and interest is payable June 30 and December 31. Note: Nothing is required by the student for this section (use this information in Section 3). 2. Concepts: During 2013‚ Loyola had several
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Far Eastern University of Manila Institute of Accounts Business and Finance Sampaloc‚ Manila‚ Philippines Investing in the Philippines: A Content Analysis of Stocks and Bonds By Lagman‚ Joseph Alexander S. Capili‚ Teddy Jon B. Granados‚ Jan Jesrique T. October 9‚ 2013 D E D I C A T I O N This Research Paper is lovingly dedicated to our respective parents who have been our constant
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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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WHY I WANT TO EXCUTE A TRAINING BOND Knowledge is power and knowledge‚ once imparted‚ cannot be retrieved. Organizations make very important investments in its people’s knowledge by way of trainings‚ and as expected from any investment‚ returns in form of improved work quality‚ increased productivity‚ lower turnaround times‚ higher profits and/ or a larger market share are expected. Signing a training bond is predominantly conceived to be a form of legalized and consented ‘employee slavery’‚ however
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VALENCE BOND THEORY The ‘mixing’ or ‘blending’ of atomic orbitals to accommodate the spatial requirements in a molecule is known as hybridization. Hybridization occurs to minimize electron pair repulsions when atoms are brought together to form molecules. Possible hybridization schemes: 2nd row elements: sp sp2 sp3 3rd row elements also have: dsp3 d2sp3 Each of these hybridzation schemes corresponds to one of the five fundamental VSEPR geometries. Bonding arises from the overlap
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CHAPTER 3 Valuing Bonds Answers to Problem Sets 1. a. Does not change b. Price falls c. Yield rises. 2. a. If the coupon rate is higher than the yield‚ then investors must be expecting a decline in the capital value of the bond over its remaining life. Thus‚ the bond’s price must be greater than its face value. b. Conversely‚ if the yield is greater than the coupon‚ the price will be below face value and it will rise over the remaining life of the bond. 3. The
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Bonds is something that retains and holds on together with one another. There are three major chemical bonds and they are‚ Ionic‚ Covalent‚ and Hydrogen bonds. An example of a covalent bond would be SCl^2 which is Sulfur dichloride. SCl^2 is a covalent bond because since they are close to each other in valence electrons‚ they have almost full outer shells so they share electrons with one another. A good example is table salt NaCl‚ because they are on opposite sides of the periodic table therefore
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molecule with covalent bond o Formula unit with ionic bond * Molecules: formed by covalent bonds * Lattice energy is the energy released in the formation of an ionic compound. DEFINITION: The formation of an IONIC BOND is the result of the transfer of one or more electrons from a metal onto a non-metal. Characteristics of both bonds: * Occur between 2 atoms * Composed of 2 electrons * Have both ionic and covalent characteristics * Together = 100% * Both bonds are measured on
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