Bond Yield One measure of a bond's performance is its Yield To Maturity (YTM). YTM values for government bonds are complex to calculate and are published in tables. However, they can be approximated with the simple formula
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- (Transportation) Road construction requires estimating the expected loads on a road’s pavement over its design life. A common approach for determining this information is to use ESAL values; one ESAL is the load a single 18,000-lb (80,000 N) single-axle truck applies to the road’s surface. The ESAL value for any single-axle vehicle can be approximated by this formula: ESAL=[W18,000]4 ESAL is the equivalent single-axle load. W is the vehicle’s weight (lbs). Using this formula, write, compile, and run a C++ program that determines ESAL values and use it to complete the following chart. The ESAL values should be output in a field width of 10, with six digits after the decimal point.arrow_forwardSimulation of bank calling system [Problem Description] Using linear list to simulate the bank's queuing business model [Basic Requirements] Suppose that the working hours of the bank are from 9 a.m. to 5 p.m The time when customers arrive at the bank is generated randomly, and the customers are queued in the order of arrival. The time required for each customer to handle business can also be generated randomly, no more than 30 minutes. If the randomly generated time length is 0, it indicates that the customer leaves early and does not handle business. When the program is running, input the number of bank windows, and then output the basic information of each customer's business in the bank according to the randomly generated customer data (arrival time, time required for business), including: customer arrival time, customer waiting time, what time the customer handled business in which window, and how long the business lasted. From this, we can observe the average waiting time of…arrow_forwardSimulation of bank calling system [Problem Description] Using linear list to simulate the bank's queuing business model [Basic Requirements] Suppose that the working hours of the bank are from 9 a.m. to 5 p.m The time when customers arrive at the bank is generated randomly, and the customers are queued in the order of arrival. The time required for each customer to handle business can also be generated randomly, no more than 30 minutes. If the randomly generated time length is 0, it indicates that the customer leaves early and does not handle business. When the program is running, input the number of bank windows, and then output the basic information of each customer's business in the bank according to the randomly generated customer data (arrival time, time required for business), including: customer arrival time, customer waiting time, what time the customer handled business in which window, and how long the business lasted. From this, we can observe the average waiting time of…arrow_forward
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- draw er diagram for drivers (identified by driver number name and address) take out vehicles to make deliveries. A vehicle (identifies by vehicle number, make and model. It is possible for a vehicle to be taken out more than once on a given day. Every time a driver takes out a vehicle incurs expenses of allowed types (e.g fuel cost, meals). Each expenses has a code number, name, and amount each time an expense is incurred.arrow_forwardDesign Assignment: Texas Hold 'em poker game 2 to 8 human or computer players Each player has a name and stack of chips Computer players have a difficulty setting: easy, medium, hard Summary of each hand: Dealer collects ante from appropriate players, shuffles the deck, and deals each player a hand of 2 cards from the deck. A betting round occurs, followed by dealing 3 shared cards from the deck. As shared cards are dealt, more betting rounds occur, where each player can fold, check, or raise. At the end of a round, if more than one player is remaining, players' hands are compared, and the best hand wins the pot of all chips bet so far. Create the Use Cases for this system Create a Use Case diagram for this systemarrow_forwardHorizontal sequence :VIRL Vertical sequence:MKF Scoring rules: g/o = -3, g/e = -1, match or mismatch - from PAM250 substitution matrix below. SW algorithm. 1. Complete the scoring matrix. Scoring matrix with PAM250 scores: V I R L M K F 2. Set up, initialize and complete the SW matrix. 3. Retrace, align and score alignment(s). Use the arrows and circles for the matrix and path(s). V I R L M K F Align and score all optimal alignments here. PLZ the arrows and circles for the matrix and path(s) AND SHOW ALL possible Alignmentarrow_forward
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- C++ for Engineers and ScientistsComputer ScienceISBN:9781133187844Author:Bronson, Gary J.Publisher:Course Technology PtrOperations Research : Applications and AlgorithmsComputer ScienceISBN:9780534380588Author:Wayne L. WinstonPublisher:Brooks Cole