licence application 1. What is the maximum number of application per hour that can be handled by the present configuration of the process Average Number time to applications Step Activity per hour perform (seconds) 1 Review renewal application 15 240 for correctness 2 Process and record payment 30 120 3 Check file for violations and 60 60 restrictions 4 Conduct eye test 40 90 5 Photograph applicant 20 180 6 Issue temporary licence 30 120 The maximum number of application per hour by the present
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by cheque $60 September 8 – sold eight textbook for cash $240 September 10 – the proprietor took cash for himself $74 September 12 – sold goods‚ thirty notebooks on credit to L.Smith $200 September 14 – goods returned to us by L.Smith $120 September 16 – bought six box of pens and pencils from K.Kite paying by cash $200 September 18 – bought goods‚ ten box of erasers on credit from H.Henry $600 October 1- goods returned by us to H.Henry $240 October 3 – sold goods‚ three box pf sharpener on credit
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hour * 60 minutes * 60 seconds/ Average Time to Perform (second) to calculate the each step can handle how many check every hour‚ in which how many applications per hour. Step 1: Review renewal application for correctness: 1 h*60 min*60 sec/15sec=240 Step 2: Process and record payment: 1h*60min*60sec/30sec=120 Step 3:Check file for violations and restrictions: 1h*60min*60 sec/ 60sec= 60 Step 4: Conduct eye test: 1h*60min*60sec/ 40sec=90 Step 5: Photograph applicant: 1h*60min*60sec/20sec=180
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ASA 240 (April 2006) Auditing Standard ASA 240 The Auditor’s Responsibility to Consider Fraud in an Audit of a Financial Report Issued by the Auditing and Assurance Standards Board Obtaining a Copy of this Auditing Standard This Auditing Standard is available on the AUASB website: www.auasb.gov.au. Alternatively‚ printed copies of this Auditing Standard are available b y contacting: Auditing and Assurance Standards Board Level 4 530 Collins Street Melbourne Victoria 3000 AUSTRALIA
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Microsoft’s Partnership with UNHCR By: Muhammad Malik Busn 119- 104 For Mr.Lachowski Due October 31‚ 2014. Table of Contents Abstract 3 Microsoft’s Partnership with UNHCR……………………………………………………3 Is Partnership the answer? 3 Can the company leverage all its assets to contribute pro Buno publico?...........................4 Is Microsoft creating the right partnership to complement its market opening and opportunity raising?................................................................
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Method I generally followed most of my plan for the experiments‚ but to improve accuracy and reliability‚ I made one change. In my plan‚ I said that I was going to use 20cm³ of starch for each experiment. However‚ in my actual experiment I used 40cm³ of starch. This is because I thought I might not have had enough solution if I only used 20cm³ of starch. If this was the case‚ then I would have to stop the experiment half way through‚ which would have prevented me from obtaining accurate results
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Chapter 08.02 Euler’s Method for Ordinary Differential Equations After reading this chapter‚ you should be able to: develop Euler’s Method for solving ordinary differential equations‚ determine how the step size affects the accuracy of a solution‚ derive Euler’s formula from Taylor series‚ and use Euler’s method to find approximate values of integrals. 1. 2. 3. 4. What is Euler’s method? Euler’s method is a numerical technique to solve ordinary differential equations of the form
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TOPIC – LINEAR PROGRAMMING Linear Programming is a mathematical procedure for determining optimal allocation of scarce resources. Requirements of Linear Programming • all problems seek to maximize or minimize some quantity • The presence of restrictions or constraints • There must be alternative courses of action • The objective and constraints in linear programming must be expressed in terms of linear equations or inequalities Objective
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increase in production time and overall efficiency standards will decrease. Situation 3. Capacity 4. Stage 1 (flling): 60 min/1.5 min = 40 units per hour 6 operators x 40 units per hour= 240 units per hour Stage 2 (moulding): 60 min/ .8 min = 75 units per hour 3 operators x 75 units per hour = 225 units per hour Stage 3 (eyes): 60 min/ .4 min = 150 units per hour 2 operators x 150 units per hour = 300 units per hour
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LECTURE ROOM | A | Prof. N. Narayana | 240/113 | M‚ W & F 0800 | 252/LT-1 | B | Dr. J.B. Tlhalefang | 240/258 | M‚ W & F 1200 | 252/LT-2 | C | Ms. M. Seemule | 230/209 | M‚ W & F 0900 | 240/002 | D | Prof. N.P. Sinha | 240/105 | M‚ W & F 0900 | 240/001 | E | Mr. M. Rathedi | 240/259 | M‚ W & F 0900 | 245/134 | F | Dr. B.K. Acquah | 240/107 | M‚ W & F 1600 | 252/LT-3 | G | Mr
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