Q6: Find the total cost of transportation for the following problem using the method oftransportation is less cost.Quantity2000QuantityFromTo2000B500350700850Cost Int.EFGA25B494On76

The total cost of transportation for the following problem using the method of transportation is…

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Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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A call center has 60 employees on‐line, each of whom make one phone call every 3 min on average, and talk on average for 2 min. Each call costs 15¢. What is the total traffic in erlangs? How many circuits are required for a GoS of 1%? How much should the yearly (250 working days, 8 working hours a day) lease price be for the company to make a 50% saving in its telephone bills over the first 3 years? Assume the lease set‐up fee of $30,000 should be paid over a period of 3 years.
You wish to drive from point A to point B along a highway minimizing the time that you are stopped for gas. You are told beforehand the capacity C of you gas tank in liters, your rate F of fuel consumption in liters/kilometer, the rate r in liters/minute at which you can fill your tank at a gas station, and the locations A = x1, ··· , B = xn of the gas stations along the highway. So if you stop to fill your tank from 2 liters to 8 liters, you would have to stop for 6/r minutes. Consider the following two algorithms: (a) Stop at every gas station, and fill the tank with just enough gas to make it to the next gas station. (b) Stop if and only if you don’t have enough gas to make it to the next gas station, and if you stop,fill the tank up all the way. For each algorithm either prove or disprove that this algorithm correctly solves the problem. Your proof of correctness must use an exchange argument.
%9 ۱/۱ العنوان قص نسخ لصق حذف قص Conduct stability analysis under extreme load condition for the design of a 50 m high concrete gravity dam. All Assume that the bi dam behaves as a monolithic structure. Normal operating level: 45 m Shear strength at foundation level: 5 MPa Compressive strength of concrete: 30 MPa Compressive strength of base material: 25 MPa Friction coefficient at foundation level: 0.75 Specific weight of concrete: 24 kN/m Specific gravity of water: 10 kN/m Level of sediment accumulated in the reservoir: 5 m Underwater specific gravity of the sediment accumulated in the reservoir: 11 kN/m (Q-32", K-(1-sinQy(1+sinQ)] Earthquake coefficients: k 0.1, k. 0.05 Ice force: 100 kN/m Tail water is not present. It is envisaged that the lifting pressure will be reduced by 40% with the drainage structures to be constructed. で 0.00 T el | M
The tableau is not optimal for either maximization or a minimization problem. Thus, when a nonbasic variable enters the solution it can either increase or decrease Z or leave it unchanged, depending on the parameters of the entering nonbasic variable. Basic Z 0 -5 0 4 -1 -10 0 0 598 0 3 0 -2 -3 -1 5 1 12 0 1 1 3 1 0 3 0 6 1 -1 0 0 6 -4 0 0 0 Categorize the variables as basic and nonbasic and provide the current values of all the variables. AP [8] Assuming that the problem is of the maximization type, identify the nonbasic variables that have the potential to improve the value of If each such variable enters the basic solution, determine the associated leaving…
Due to children's inmmature organ system, smaller size and larger body surface are children's fluid requirements differ greatly from adults. To calculate an infant of child's maintanance fluid requirements we use the formula below: Always convert weight from pounds to kilograms for pediatric fluids as well as medications! 100 ml/ kg for the first 10 kg of body weight 50 ml/kg for the next 10 kg of body weight 20 ml/kg for every kg over 20 kg We use this formula to calculate the hourly rate of IV fluid the child should receive in order to prevent fluid volume imbalances. 1) Calculate the daily fluid volume for a 6 kg child : 2) Calculate the daily fluid volume for a 14kg child: 3) Calculate the daily fluid volume for a 16kg child:
. Employees of a certain firm are paid on hourly basis at the end of each week. If an employee works up to 40hrs, the employee is paid 6 GHS and 7 GHS per hour for a male and female respectively. If an employee works for more than 50 hours then the employee is also paid 2.5 the corresponding regular rate for hours worked in excess of 40. All employees are to pay 10 % of their gross as INCOME TAX and 2.5% towards the NHIS. If an employee has more than 3 children then he or she pays 2 cedis per child in excess of three towards GETFUND. Write a C++ program that can print onto screen the Net Salary of any staff onto screen. NB (NETSALARY is equal to gross salary less all deductions (VAT, NHIS, GETFUND). Write a C++ program and draw a flow chart for a software solution that can solve for the problem above.
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5. Consider the problem of predicting how well a student does in her second year of college/university, given how well she did in her first year. Specifically, let x be equal to the number of "A" grades (including A-. A and A+ grades) that a student receives in their first year of college (freshmen year). We would like to predict the value of y, which we define as the number of "A" grades they get in their second year (sophomore year). Here each row is one training example. Recall that in linear regression, our hypothesis is he(x)=0o+O;x, and we use m to denote the number of training examples. y 4 3 4 1 4 3 For the training set given above, what is the value of m? (which should be a number between 0 and 10).

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Q6: Find the total cost of transportation for the following problem using the method of transportation is less cost. From Quantity Quantity 2000 To A 2000 E 500 350 700 850 Cost Int. A B 4 9 4 Gn76 2.