Question Solved1 Answer Question 1 In a large corporate computer network, user log-ons to the system can be modeled as a Poisson process with a mean of 25 log-ons per hour. (a) List probably density function. (b) Derive the probability cumulative function. Using probability density function and probability cumulative function, answer the following in (c) and (d): (C) What is the probability that there are no log-ons in an interval of 6 minutes? (d) What is the probability that the time until the next log-on is between 2 and 3 minutes? (e) Demonstrate the lack of memory property to the above by comparing the probability of first log-ons within 6 minutes since the beginning and after a waiting period of 15 minutes. (1) Determine the interval of time such that the probability that no log-on occurs in the interval is 0.90.

Binary AdditionProgramming challenge description:Write a program that, given two binary numbers represented as strings, prints their sum in binary. The binary strings are comma separated, two per line. The final answer should not have any leading zeroes. In case the answer is zero, just print one zero i.e. 0Input:Your program should read lines from standard input. Each line contains two binary strings, separated by a comma and no spaces.Output:For each pair of binary numbers print to standard output their binary sum, one per line.Test 1Test InputDownload Test 1 Input110011,1010 Expected OutputDownload Test 1 Input111101Test 2Test InputDownload Test 2 Input11010,00101001 Expected OutputDownload Test 2 Input1000011

Item 13 No one has yet succeeded in creating a commercially viable way to produce energy through nuclear fusion. However, suppose we could build fusion power plants using the hydrogen in water as a fuel Energy Comparisons Item Energy (joules) 1.3 x 10 1 x 106 Energy of sunlight at Earth (per m” per second) Energy from metabolism of a candy bar Energy needed to walk for 1 hour Kinetic energy of a car going 100 km/hr Daily food energy need of average adult 1 x 10 1x 10° 1 x 10 Energy released by burning 1 liter of oil 1.2 x 10 1 x 10 5.6 x 1015 7 x 1013 Thermal energy of parked car Energy released by fission of 1 kilogram of uranium-235 Energy released by fusion of hydrogen in 1 liter of water Energy released by 1-megaton H- bomb Energy released by magnitude 8 earthquake Annual U.S. energy consumption Annual energy generation of Sun 5 x 10 2.5 x 1016 1020 10% Part A Based on the data in the table, how much water would we need each minute in order to meet U.S. energy needs? (Hint: Use the annual U.S. energy consumption to find the energy consumption per minute, and then divide by the energy yield from fusing 1 liter of water to figure out how many liters would be needed each minute.) Express your answer in liters per minute using two significant figures. PO AE O 31 ? 1/inin Submit Request Answer

Cash Register Assume that a local event coordinator asks you to write a Java application (CashRegister.java) to accept an event reservation with a payment option as cash only. This application must allow a clerk to enter the required information and display output for the reservation details. It must also enable the clerk to enter an amount of cash recelved Cash Register Assume that a local event coordinator asks you to write a Java application (CashRegister.java) to accept an event reservation with a payment option as cash only. This application must allow a clerk to enter the required information and display output for the reservation details. It must also enable the clerk to enter an amount of cash recelved and display a change amount. Required Information a. Customer's name, which includes both first name and last name b. Date of reservation c. Number of tickets purchased d. Cash Received (After balance due is shown) The cost per one ticket is \( \$ 25.50 \). The total price of the ticket purchased must include a sales tax of 7\%. After a clerk enters all information, the program will calculate a balance due for the customer. Then it must allow the clerk to enter an amount of cash received from the customer, which will calculate the change amount returned to the customer. Sample Runs Note: Your application must prompt the inputs and display the outputs precisely, as shown below in the sample runs. \( > \) run CashPegister \( \quad> \) run CashPegister Event Ticket Reservation (Cash Only) Event Ticket Resezvation (Cash Caly) Wiant of Custoner: Hane of Custoner: \( \begin{array}{ll}\text { Date of Resezyation: } & \text { Date of Pesetvation: } \\ \text { Thaber of Ticket(g): } & \text { Nubber of Ticket }(9) \text { 1 }\end{array} \) Reservation Decalls \( \quad \) Reservacion Details Yaate of Customer: John Doe Make of Custoner: Jane 5aith Date of Pesezvations 02/25/2016 Date of Peservationt 02/25/2016 thaber of Ticket(s): \( \epsilon \) Muaber of Ticketis is : Cost of Ticket(s) \( (25.50 \times 6): \$ 153.00 \) Cost of Ticket(9) \( (25.50 \times 2): \$ 51.00 \) Sales Tax: 410,71 Sales Tax: \( \$ 3,57 \) Balance Due: \( \{1 \in 3,71 \) Balance Due: \( \$ 54.57 \) Cash Peceivedi \( 4200.00 \quad \) Cash Peceived: 5600 Change Due: 436.29 Chenge Duez \( 45.43 \) Thank you toe yout resetvation. Thank you tor yout reservation.

- A particle travels along a straight-line path y = 0.52 shown in (Figure 1). The x component of the particle's velocity is ve (2+²) m/s, where t is in seconds. Figure у y = 0.5x Part A Determine the magnitude of the particle's velocity when t = 5 s. Express your answer to three significant figures and include the appropriate units. μΑ ? = Value Units Submit Previous Answers Request Answer X Incorrect; Try Again Part B Determine the magnitude of the particle's acceleration when t = 5 s. Express your answer to three significant figures and include the appropriate units. μΑ ? a = Value Units Submit Previous Answers Request Answer * Incorrect; Try Again

please help 4.8. Given the following partial product tree, explode, offset, and determine the gross and net requirements for components H, I, J, and K. There are other components, but they are not connected to this problem. The quantities required are shown in parentheses, The master production schedule calls for the completion of 60 Hs in week 3 and 80 in week 5. There is a scheduled receipt of 120 Is in week 2. There are 400 Js and 400 Ks available. All lot sizes are lot-for-lot. H 1/2) J(2) K(3) Weck 2 5 Part 1 Lead Time: 1 week Gross Requirements Scheduled Receipts Projected Available Net Requirements Planned Order Receipt Planned Order Release Part 1 Lead Time: 2 weeks Gross Requirements Scheduled Receipts Projected Available Net Requirements Planned Order Receipt Planned Order Release Part 3 Lead Time: 1 week Gross Requirements Scheduled Receipts Projected Available 400 Net Requirements Planned Order Receipt Planned Order Release Part K Lead Time: 1 week Gross Requirements Scheduled Recipes Projected Available 400 Net Requirements Planned Order Receipt Planned Order RA Answer. There is a planned order release for part of 80 in week 1.

Q1 What is a project initiation. Explain your answer. [3 Marks] Q2 Write down in detail about the contents of “Final Project Report”. [4 Marks] Q3) How projects are closed after completion? What are the major outputs produced as result of closing the projects? [3 Marks]