Answers.
a)
b)
Converting, 3% per 6 month rate into interest payable daily i^(365)
in part a) and force of interest payable continuously in part
b).
Part a)


Part b)


Given the cash flow diagram on base of yearly below, with 6-month's rate 3% Show detail...
In detail show and explain all steps
"From the accompanying cash flow diagram, find the value of C that will establish the economic equivalence between the deposit series and the withdrawal series at the interest rate of 10% compounded annually $7000 $7000 Years 0 49 10
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3 (20 points). Given the cash flow below, find its present worth, using an interest rate of 12year. Year 1 - 10 11 12 NVP = - cast + Ax(PIA . n)-G(1/6, i, n. (Plf in cash flow -$14,000 $2,000 $2,500 $3,000 $3,500 $4,000 $4,500 $5,000 $5,500 $6,000 $6,500 $7.000 = -10,000+2000x/ 7,469)+500 x/20, 254) X 10.3220) = 8198.90
7) (30 points) First draw a cash flow diagram for the cash flow series given below. Then, write an expression (e.g., F-500(PA 5%, 3) + 100(FIG 5%, 3)) to compute the future value of the cash flow series at the end of year 10. You must use at least one uniform series factor, one arithmetic gradient series factor, and one geometric gradient series factor and 10% per year compounded annually. No calculations are needed. 10 Cash 1,000 3,000 3,300 -3,600...
6) (12 pts) Given the cash flow diagram below: $500 $400 $350 $300 A 0 456 789 a) What is A if the present worth 0 and 1 10%? b.) What is the future worth at 9 years if A--$100? c) What is the equivalent annual worth (EAW) over 9 years if A--$100 and 1-10%?
Show your procedure and provide a cash flow diagram along with standard factor notation for your end result. Project A costs -$1,500 to begin and -$95 to operate every year starting from the end of Year 5 and will last forever; also $1,000,000 of salvage value at year 100. Project B cost -$ 186 to begin and - $130 to operate every year starting from the end of Year 1 to end of Year 5 and $70 of salvage value...
Show your procedure and provide a cash flow diagram along with standard factor notation for your end result. Project C costs -$500 to begin and costs -$50 every year to operate with a salvage value of $120 at the end of Year 5. Project D costs -$1200 to begin and costs -$60 every year to operate with a salvage value of $600 at the end. D will last forever. Use an annual rate of R to conduct an Annual Worth...
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3. Consider the reaction whose equation is given below. COC1(9) Cl2(g) + CO(g) A sealed 2.0 L reaction chamber is loaded with 1.4 mol of CO gas and 0.86 mol of Cl2 gas and the reaction is allowed to come to equilibrium at 320 deg. C, at which the equilibrium constant K has a value of 17. Determine the equilibrium concentrations of COCl, Cl and CO gas in this system, in the M unit....
Future Value and Present Worth (DRAW the Cash Flow Diagram)
a) MARTA is buying a new ticketing system. The price the vendor
and MARTA has agreed to is $200,000. The city will also pay 8%
interest compounded annually for the ability to not make any
payment on the system until the 5 year warranty period is up. So,
the agency is going to install the new system in December 2018 but
they do not have to pay the vendor until...
You are to do a cash-flow and then net present value analysis of a car purchase. You have a choice beween a Chevrolet Bolt electric car costing $35,000 (after tax incentives) that has an electric motor efficiency of 4.2 miles per kWh (6.7 km/kWh), and a Honda Civic Hybrid that costs $25,000 and has a gas mileage of 45 miles/gallon (5.3 liters/100 km). Assume an initial gasoline cost of $2.50 per escalating at 5%/yr over the ten-year lifetime of the...
Create a code that performs the following actions: l. Define the flow rate and height of tank 2./ Have the user input a value for radius 3./ Ask the user for a value of many minutes the tank should fill for 4. Clear the command window (clc) after all of the input commands are given 5. Call in a "tank solver" function that performs the following Takes F, h, r, and t final as inputs, and there are no variable...