Question Task A. High level analysis B. Selection of hardware platform C. Installation and commissioning of hardware D. Detailed analysis of core modules E. Detailed analysis of supporting modules Duration Predecessor 1 week 1 day 2 weeks B 2 weeks A 2 weeksD 2 weeks D 3 weeks E 1 week F I week 1 day F. Programming of core modules G. Programming of supporting modules H. Quality assurance of core modules I. Quality assurance of supporting modules J.Core module training C.H K. Development and QA of accounting reporting L. Development and QA of management reporting M. Development of Management Information System I week N. Detailed training I week 1 week L I week I. J. K. M Describe the Project. predecessor activity. Create a Table like all of the ones above with all of the activities Create a Network Diagram a. b. c. d. Calculate ES, EF, LS, LF Define the Critical Path How many weeks will the project take to complete?

Suppose three active nodes A, B and C are competing for access to a channel using slotted ALOHA. Assume each node has an infinite number of packets to send. Each node attempts to transmit in each slot with probability p. The first slot is numbered slot 1, the second slot is numbered slot 2 and so on a) What is the probability that node A succeeds for the first time in slot 4? Think about what should happen for node A to succeed in slot 4 for the first time. What should happen in slots 1, 2 and 3? Work out the probabilities of these individual events. As these events are what we call “mutually exclusive” events the overall probability of that event is the multiplication of the probability of individual events. [2 marks] b) What is the probability that some node (either A, B or C) succeeds for the first time in slot m? [2 marks] c) What is the utilisation of this three-node system? [2 marks] d) Determine the maximum utilisation of the three-node system and the value of p to achieve this optimal utilisation? [5 marks] e) Verify the result in d) by plotting the utilisation of the three-node system versus p. [4 marks]

A pump is placed 3 ft above its level and is used to transfer water at a flow of 500 gal / min through a 6-inch diameter, 6-ft long steel pipe. If the pressure difference is 10 psi, calculate the power of the pump operating with 50% efficiency. Use the assumption that the flow is fully developed and there are no friction losses.

A pump is placed 3 ft above the tank level and is used to transfer water at a flow rate of 500 gal / min through a 6-inch diameter, 6-foot-long steel pipe. If the pressure difference is 10 psi, calculate the power of the pump operating with 50% efficiency. Use the assumption that the flow is fully developed and there are no friction losses.

solve in c plz Given main(), build a struct called BankAccount that manages checking and savings accounts. The struct has three data members: a customer name (string), the customer's savings account balance (double), and the customer's checking account balance (double). Assume customer name has a maximum length of 20. Implement the BankAccount struct and related function declarations in BankAccount.h, and implement the related function definitions in BankAccount.c as listed below: . • BankAccount InitBankAccount(char* new Name, double amt1, double amt2) - set the customer name to parameter new Name, set the checking account balance to parameter amt1 and set the savings account balance to parameter amt2. (amt stands for amount) • BankAccount SetName(chart newName, BankAccount account) - set the customer name • void GetName(char* customerName, BankAccount account) - return the customer name in customerName • BankAccount SetChecking(double amt, BankAccount account) - set the checking account balance to parameter amt • double GetChecking(BankAccount account) - return the checking account balance BankAccount SetSavings(double amt, BankAccount account) - set the savings account balance to parameter amt double GetSavings(BankAccount account) - return the savings account balance • BankAccount DepositChecking(double amt, BankAccount account) - add parameter amt to the checking account balance (only if positive) BankAccount DepositSavings(double amt, BankAccount account) - add parameter amt to the savings account balance (only if positive) • BankAccount WithdrawChecking(double amt, BankAccount account) - subtract parameter amt from the checking account balance (only if positive) • BankAccount WithdrawSavings(double amt, BankAccount account) - subtract parameter amt from the savings account balance (only if positive) • BankAccount TransferToSavings(double amt, BankAccount account) - subtract parameter amt from the checking account balance and add to the savings account balance (only if positive) . Submission Instructions Compile command gcc BankAccount.c accountRunner.c-Wall -Wuninitialized -o a.out -lm We will use this command to compile your code Upload your files below by dragging and dropping into the area or choosing a file on your hard drive. BankAccount.h BankAccount.c Drag file here or Choose on hard drive. Drag file here or Choose on hard drive.

PYTHON The following output was written to illustrate the rolls of two dice. 000 roll 1 2 3 4 5 6 1 2 3 4 5 6 6 7 2 3 4 5 6 7 8 3 4 5 5 6 7 8 9 4 5 6 7 8 9 10 5 6 7 8 9 10 11 6 7 8 9 10 11 12 000 Complete the code with the statements that will create the above output. die1 =[1,2,3,4,5,6) rollChart = ["for o in range(8)]for i in range(8)] Complete code here!

Chapter 7 Inventories 383 EX 7-12 Periodic inventory by three methods OBJ. 2, 4 The units of an item available for sale during the year were as follows: Jan. 1 Inventory 1,000 units at $120 Feb. 17 Purchase 1,375 units at $128 July 21 V10 Nov. 23 Purchase 1,500 units at $136 Purchase 1,125 units at $140 There are 1,200 units of the item in the physical inventory at December 31. The periodic inventory system is used. Determine the inventory cost by (a) the first-in, first-out method; (b) the last-in, first-out method; and (c) the weighted average cost method.