In a certain department of a factory there are two shops. Total departmental overheads for a year are `1,20,000 and the estimated number of direct labour hour is 24,000 (10 men employed for 48 hours per week during 50 weeks in the year). From the particulars given below calculate the prime cost and works cost of a work order No. 54 which passes through both shops:

(1) Material consumed `1,000.

(2) Direct labor hours shop A -8hrs at '6.00 per hour

Shop B-5hrs 7.50 per hour

3) Works overheads are to be levied by means of a direct hour rate

2.How can consumer satisfaction be measured using perspectives of financial and non-financial measures.

3.What is just in time technique for managerial accounting.

4.How do you measure impact of managerial control on employees behavior

5.What are some alternative methods of measuring value of intangible assets

6.What impacts do managerial accounting for operation managers have in decision making and planning.

7.Discuss the need of database logical structures and their significance in effective management of database.

8.Why are retained earnings not distributed to shareholders in a public company.

9.State and explain when a company should report a balanced sheet

10.Why is volume a totally independent variable from price in the market

QUESTION 1 Chapter 11 matching quality framework for software development a key component which distinguishes agile approaches A. pseudocode a plain English approach to describing lines of programming B. top-down approach starting with general development requirements and working toward levels of C. iteration detail D. user story a graphical depiction of programming modules and their interrelationships E. parallel operation structure chart element which emphasizes the reusable nature of OO F. library module programming languages G. system documentation the equivalent of a use case in the agile development domain H. stub testing v needed for testing interoperability prior to project completion I. structure chart DFDs, data dictionary, ERDs J. ISO 9000-3-2004 lowest risk changeoverChapter 3: The Law of Contracts Questions: 1. Tajpreet, a mature and responsible teenager, wants to book a suite at the Showcase Hotel for a party to celebrate her and her classmates graduation from junior high. How should the desk clerk respond to her request for a reservation? Why? 2. Manpreet reserved a room at the Moonlight Motel. At the last minute, her plans changed making it impossible for her to travel. She called her sister, Ravinder, and suggested that she make use of the room in her place. When Ravinder arrived at the motel, she was refused admittance to the room on the grounds that there was a waiting list and she was not on it. Was the motel within its rights to refuse her admittance? Why or why not? 3. Tajinder wrote a letter to Amanpreet in which he stated, "I'm planning to buy your car. I can meet your price. I'll call you next week." After receiving Tajinder's letter, Amanpreet sold his car stand to another party. Can Tajinder take legal action against Amanpreet? Why or why not? 4. A jazz singer was contracted to perform for two nights at a nightclub. Four days before he was to appear, the club burned to the ground. What effect did the fire have on the contract? Would your answer change if it were discovered two weeks later that the fire had been set by a disgruntled ex- employee at the urging of a disgruntled current employee?The diagram that identifies the major processes, data flows, and data stores within tl boundaries is: a. Context Diagram b. Level-0 DFD C. Level-1 DFD d. Level -2 DFD e. None of the above A process numbered as 1.2.5 in a DFD belongs to a. Context Diagram b. Level-0 DFD C. Level-1 DFD d. Level -2 DFD e. None of the above4. We are given a C' function F: R' - R' and a point pe R' such that Fi(p) = Fi(p) = 0. We know the partial derivatives at p are OF1 OF1 OF = 1, = 0, = 2, =-1, Oz Ow OF2 OF2 OF2 OF2 = 1, 1, = 0, -1. Ow dy Answer each of the following questions. Show your work. (a) (2 marks) Consider the system of equations Fi(w, x, y, z) = 0, F2(w, x, y, 2) = 0. Use the Implicit Function Theorem to show that it is possible to solve for w = fi(x, 2) and y = f2(x, 2) near p. (b) (2 marks) Compute the Jacobian matrix Df(p) of the function f = (f1, f2) from part a)