ACCT 550 Week 7 Homework Chapter 11: E11-4, E11-9, E11-11, E11-17 E11-4 (Depreciation Computations—Five Methods) Wenner Furnace Corp. purchased machinery for $279,000 on May 1, 2012. It is estimated that it will have a useful life of 10 years, salvage value of $15,000, production of 240,000 units, and working hours of 25,000. During 2013, Wenner Corp. uses the machinery for 2,650 hours, and the machinery produces 25,500 units. Instructions From the information given, compute the depreciation charge for 2013 under each of the following methods. (Round to the nearest dollar.)
Assembly Task | Completion Time in Minutes | Prerequisite | Assembly Task A | 10 Minutes | None | Assembly Task B | 6 Minutes | A | Assembly Task C | 3 Minutes | A | Assembly Task D | 8 Minutes | B, C | Assembly Task E | 3Minutes | D | Assembly Task F | 4 Minutes | D | Assembly Task G | 3 Minutes | E, F | Assembly Task H | 9 Minutes | G | Table 1. A 10 MIN C 3 MIN B 6 MIN F 4 MIN G 3 MIN E 3 MIN D 8 MIN H 9 MIN A 10 MIN C 3 MIN B 6 MIN F 4 MIN G 3 MIN E 3 MIN D 8 MIN H 9 MIN Figure 1. Justification Analysis of the production cycle reveals there are tasks that could be produced in one production task without delaying the overall production cycle time. This would optimize tasks and minimize time lost due to waiting on tasks to be completed prior to the next task. Balancing the assembly line will include
We have filled in three one hour blocks just as an example. Once you have completed the chart, use the Caloric Activity Calculator to determine your caloric requirements for this 24 hour period. Time of Day|Activities and amount of time for each – List all that you would do in each one hour block of time. Your total activity time for each block should be one hour. If it isn't an hour, then either expand your activities list for that hour or increase your estimated times for each.
ACC 548 Week 5 Learning Team Assignment Reporting Requirements M to purchase http://allmysolution.com/ACC-548_c119.htm Product Description One issue in accounting is the qualifications of an accountant when working for a client. It is expected that a CPA will not engage in an assignment without proper qualifications. Your firm has the ability to bid on two projects: the first is engagement and examination work—not consulting or audit—for a small county hospital. The second is work for a private, not-for-profit nursing home. Prepare a memo of 700-1,050 words for the senior partner.
ACC 206 Week 4 Assignment Please complete the following exercises below in either Excel or a word document (but must be single document). You must show your work where appropriate (leaving the calculations within Excel cells is acceptable). Save the document, and submit it in the appropriate week using the Assignment Submission button. 1. Comprehensive budgeting The balance sheet of Watson Company as of December 31, 20X1, follows.
Department Product 1 Product 2 Product 3 Hours Available per week A 2 3.5 3 1200 B 3 2.5 2 1150 C 4 3 2 1400 (29 marks) Answer: Suppose we produce x units of Product 1, y units of Product 2, and z units of Product 3. Then, we expect that 2x + 3.5y + 3z = 1200, 3x + 2.5y + 2z = 1150, and 4x + 3y + 2z = 1400. We then need to solve this system. 3 marks i. Convert the given system to the matrix form: [pic][pic] = [pic] 2 marks ii.
Problem #35 • This sequence is arithmetic • The cost to build the tower is $1800. STEPS/CALCULTATIONS YOU PERFORMED TO REACH THE ANSWER: The common difference in this sequence is $25, thus making it an arithmetic sequence. The formula for finding the final term is an = a1 + (n-1)d. In this problem, n=9 for the 9 sections of 10 foot sections, a1=100 since that is the first term of the sequence, and d=25 for the common difference. An = a1 + (n-1)d A9 = 100 + (9-1)25 A9 = 100 + (8)25 A9 = 100 + 200 A9 = 300 So the final term of the sequence is 300. Now that we know this, we can find the sum of the terms to calculate the final cost.
E) According to Little’s Law Average Inventory =Average Flow Rate x Average flow time According to Gannt Chart, every 5minutes one order • Demand rate=1/5 x 60 =12 flow units per hour, • Capacity of process =10 flow units per hour • Average flow rate =minimum of ｛demand rate, process capacity ｝ =10 flow units per hour Average flow time Order Arrival(minutes) Departure(minutes) Flow time(minutes) 1 0 25 25 2 5 31 26 3 10 37 27 4 15 43 28 5 20 48 29 … … … … So, Average flow time= (25+24+n)/2=(49+n)/2 minutes, n =∞ • Average Inventory= 10 x ∞ =∞
Hazard, incident and injury reports * Check reporting within 24 hours of occurrence or observation. * Check corrective actions are submitted (where relevant) within one week of notification. * Check corrective actions are completed on time and closed in RiskWare. 3. Emergency preparedness * Allocate responsibility for coordinating emergency response.
[2] (b) Shade 25% of the following figure. [1] (c) Write down all the factors of 22. [2] .................................................................................................................................................................................................................................... (d) Write 7458 (i) (ii) correct to the nearest 10, correct to the nearest 1000. ...................................................... ...................................................... [2] 185-02 9 Examiner only 6. y 8 7 6 5 4 3 2 A –8 –7 –6 –5 –4 –3 –2 –1 1 0 –1 P –2 –3 –4 –5 –6 1 2 3 4 5 6 x B Write down the coordinates of (a) (b) the point P, the mid-point of the line AB. ( ....................... , ....................... ) [1] ( ....................... , ....................... ) [1] 185-02 Turn over.