• Financial effect of high yielding varieties: It as predicted in my state too that the usage of high yielding crops would balance the decrease in crop yield. Unfortunately‚ the problem is much more than just decrease in crop yield. Farmers have incurred severe financial loses in the past few years and are in serious debt. Buying high yield varieties would be more expensive than the normal varieties. In spite of Government devising many financial assistance programs‚ farmers have not been able
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premium bond if its price is greater than its par value. Alternatively‚ we can say that a bond is premium bond if its coupon rate is greater than the yield to maturity. Discount Bond: A bond is a discount bond if its price is less than its par value. Alternatively‚ we can say that a bond is discount bond if its coupon rate is less than the yield to maturity. Compute exactly how much the company received from its 8% bonds if the rate prevailing at the time of the original issue was 9% as indicated
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data is collected in the sense of Applied Load (N) vs. Displacement (mm). Average Applied Load and Displacement from all five specimens is then used to calculate the Stress (MPa) and Strain. Stress/Strain graph is then plotted in order to find the Yield Point (YP) and Ultimate Tensile Stress (UTS) by visual inspection of the graph. Young’s Modulus is then found by dividing Stress by Strain in the elastic region. 0‚002 Strain is located on the Strain axis of the graph and
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bonds: the par value(F)‚ the maturity(n) the yield to maturity(y)‚ the coupon interest(CF)‚ the interest payment frequency(m)‚ and the interest rates for each period(ri). We assume that the coupon interest is fixed‚ then the price of bonds(P)is the discounted cash flows of each period: P=i=1nm(CF(1+ym)i)+F(1+ym)mn=i=1nm(CF(1+rim)i)+F(1+rnm)mn Indeed‚ to intuitively understand this equation is not easy. Firstly‚ we can see that the yield to maturity(y) is a kind of “average” of the interest
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O2 and C3H8 were combined‚ how many moles CO2 will be produced? Which is the excess reagent? How much excess reagent will be left unreacted? Calculate the theoretical yield‚ potassium chloride produced from the reaction of 2.56 g of K and 3.85 g Cl2. If an actual experiment produces 3.81 g KCl‚ calculate the percentage yield.
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566.41 | $0.00 | 10 | 15-Jan-2009 | $1‚628‚894.63 | $0.00 | $1‚628‚894.63 | 3. The willingness to pay of these particular investors (aka the price) for the 10% coupon bonds is equal to the present value of the face value (using the acceptable yield of 8% as the effective rate) plus the present value of the 10 x $50 coupon payments. Present value of bond face value: Present value of coupon payments: WTP (price) = 675.56 + 405.55 = $1‚081.11 per bond. 4. Using the same calculation method
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List of ideas: Mr. Baumer was a store owner Slade like to drink alcohol Slade did not like to pay his bills Al worked for Mr. Baumer Slade could not read Slade was a freighter Slade steels whiskey Outline: A. Bargain tells the story of a man named Slade who could not read. Mr. Baumer ‚ a store owner‚ hires Slade to deliver his goods for him. Slade is found dead. B. Details: 1. Mr. Baumer tries to deliver a bill to Slade 2. Slade
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Purpose The purpose of the experiment is to determine the percent yield of the precipitate; by performing double displacement reaction between solutions of two different compounds. Introduction First of all when making a solution of two different compounds; there will many variables that can be considered during the experiment. However‚ the variables are controlled variables. Controlled Variables ∙amount of water that will be dissolved with the compound (amount of water until the compound is
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bending-moment and deflections‚ for different end conditions when a rectangular beam is subjected to axial loading. Theory A column is a member subjected to axial compressive forces. When a column is concentrically loaded‚ it is expected to reach its yield stress. But usually prior to yielding‚ when the force in the column reaches a certain value‚ it buckles. This force is known as the buckling load or the critical load. The end conditions of a column significantly influence the buckled shape‚ which
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terms of the formula that you needed to fill the above table. You are advised to make use of the upward sloping yield curve by taking a one year rolling loan and investing at the five year rate. What are the risks of following this strategy? Bond Duration Qu 2: What is the Macaulay duration of a zero coupon bond maturing at time T? The Macaulay duration of a perpetual bond with yield y is given by (1+y)/y. Consider a bond portfolio consisting of 2 bonds where the proportion of assets in bond
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