projects and investments and it should be in market terms. Also same for bondholders‚ they expect a return based on market values of their securities since company should definitely weights cost of equity and cost of debt in market values for the WACC calculation. Likewise the reasons for market value weights‚ company should use target capital structure for its WACC. Investors go into long term projects in order to get benefit from future cash flows and they determine their required rate of return by considering
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of the quarter that starts one‚ two‚ three and four quarters from Oct 1‚ 2009 respectively‚ i.e. the first day of the first‚ second‚ third and fourth quarter of 2010. These expected rates are also called the forward rates. (4) Based on your calculations‚ please comment on the market expectation on Oct 1‚ 2009 for interest rates on one-quarter maturity zero-coupon bonds that are to be sold on the first day of the above-mentioned four quarters. Over what time intervals does the market expect the
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12 | | | √ | 13 | | | √ | 14 | | √ | | 15 | | | √ | 16 | | | √ | 17 | | | √ | 18 | | | √ | 19 | | | √ | 20 | | | √ | 21 | | √ | | 22 | | | √ | 23 | | √ | | 24 | | | √ | 25 | | | √ | My Calculations I am now going to calculate the Mean by adding each eye colour then dividing it by the amount of children. Mean 1 Hazel / 25 = 0.04 8 Blue / 25 = 0.32 16 Brown / 25 = 0.64 ________________________________________________________ Mode I
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2. Calculate Midland’s corporate WACC. Be prepared to defend you specific assumptions about the various inputs to the calculations. Is Midland’s choice of the MRP appropriate? If not‚ what recommendations would you make and why? In order to calculate Midland’s overall corporate WACC we must first determine the cost of equity and the cost of debt. The cost of equity can be defined as the risk-weighted projected return required by investors‚ where the return is largely unknown. Therefore the
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According to the information in this case (exhibit #6)‚ Husky charges for its product $200‚000 higher relatively to competitor’s product. We think the premium above is justified from the customer’s point of view‚ the following calculation will be made: Husky Major Competitor Cycle time 10.4 seconds 11.8 sec. Avg. Op. hrs./day 22.3 hours 18.9 hrs Purchase price $1.2 million $1.0 million * PET preform system producing 48 preforms per cycle‚ for production of 20-ounce soft drink bottle * Flour space
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and we allowed it to cool for five minutes. We then massed it after cooling. We also wrote detailed observations. After this‚ we used our data to calculate the percent water of the solution using the appropriate equation which can be seen in the calculations section. Finally‚ we did a second trial to check the consistency of our data and cleaned up the lab station. Data Unknown ID A | Trial 1 | Trial 2 | 1. Mass of Evaporating Dish (g) | 46.339 g | 46.348 g | 2. Mass of Evaporating dish
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Number …………………………………… Aim: Apparatus: Procedure: Observations: Mass‚ g Force (from mass)‚ N Experimental Shear Force‚ N (Reading) 100 200 300 400 500 Table 1 Calculations: Calculations of Theoretical Shear Force at Beam Cut Theoretical Shear Force‚ N Table 2 Analysis of Results: Discussion: Conclusion: References: Appendices:
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of beta. Our calculations displayed beta ranging from 0.8310 to 2.0848‚ a 1.2538 difference in value. The main cause of this large disparity was due to the daily frequency. Daily frequencies seemed to have significantly lower betas‚ which can be explained by the sheer volume of data points approaching the market efficient value. For instance‚ if we exclude the daily frequency‚ the variance of the betas is reduced to 0.6462. Time Span - Changing the periods of time on a calculation of beta seemed
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Method 1) Take a "volume" measuring device‚ and fill it with the total amount of water‚ the bottle can hold. We then put the same‚ empty bottle into the container‚ in a way‚ that it sinks to the bottom of the akwarium. We can then measure the new height and multiply it by the volume of the liquid. This will clearly give us the volume of a bottle. Method 2) We could pour water into a 0‚5 litre coke bottle‚ and weigh how much it would weigh. We could do the same thing with an empty bottle. The
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Case Report: L.L. Bean‚ Inc. 1. How does L.L. Bean use past demand data and a specific item forecast to decide how many units of that item to stock? L.L. Bean uses different type of calculation to determine the number of units of a particular item it should stock (new item or never out item). First we detect a frozen demand forecast for the item in the upcoming season. This figure is a result of an agreement between product people‚ merchandising‚ design and inventory specialists. Then‚ we analyze
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