ORGANIZATIONAL BEHAVIOUR: CONTRIBUTING DISCIPLINES‚ CHALLENGES AND OPPORTUNITIES FOR MANAGERS TERM PAPER: Presented by DABO ISMAILA HARUNA MATRIC NUMBER: NSU/ADM/M.Sc/0211/11/12 COURSE: BUS 711: MANAGEMENT AND ORGANIZATIONAL BEHAVIOUR DEPARTMENT OF BUSINESS ADMINISTRATION CLASS: M.Sc BUSINESS ADMINISTRATION LECTURER: DR. H.E. JEKELLE 30TH JULY‚ 2012 ORGANIZATIONAL BEHAVIOUR: CONTRIBUTING DISCIPLINES‚ CHALLENGES AND OPPORTUNITIES FOR MANAGERS INTRODUCTION Organizational
Premium Organizational studies and human resource management Psychology Organization
YORK UNIVERSITY FACULTY OF LIBERAL ARTS AND PROFESSIONAL STUDIES School of Administrative Studies PART B: AP/ADMS 4551 Auditing and Other Assurance Services Midterm Examination‚ February 21‚ 2010 9:30 a.m.-11:30 a.m. Part B will be distributed 70 minutes from the start of the exam. A YorkCard or acceptable photo identification is required as your identification for this examination. If you do not have identification documents‚ you will be required to personally bring these to your instructor
Premium Balance sheet Financial audit
rate is a measure of the number of deaths (in general‚ or due to a specific cause) in a population‚ scaled to the size of that population‚ per unit of time. Mortality rate is typically expressed in units of deaths per 1000 individuals per year; thus‚ a mortality rate of 9.5 (out of 1000) in a population of 1‚000 would mean 9.5 deaths per year in that entire population‚ or 0.95% out of the total. It is distinct from morbidity rate‚ which refers to the number of individuals in poor health during a given
Free Demography Mortality rate Death
M1: concentration of stock ascorbic acid V1: volume in volumetric flask with stock solution M2: concentration of diluted ascorbic acid V2: volume in volumetric flask with diluted solution (M1 x 100)/1000 = 5.69 x10-4 moles M1: 5.69 x10-3 mol/L M1V1 = M2V2 5.69 x10-3 mol/L x (10/1000) = M2 x (100/1000) M2: 5.69 x10-4 mol/L Table 2: Standardization of NBS Titration number Rough 1 2 3 Final burette reading (ml) 16.80 27.00 37.20 47.30 ±0.10 Initial burette reading (ml) 5.40 16.80 27.20 37.20
Premium
2 Table 3 Per 1000 distribution of households (hhs) by household type for each State/UT Table 4 Table 5 Table 6 Table 7 Table 8 Table 9 Table 10 Table 11 Table 12 Table 13 Table 14 Table 15 Per 1000 distribution of households by social group for each State/UT Labour Force Participation Rate (per 1000) for persons of age 15 years & above according to usual principal status (ps) approach for each State/UT Labour Force Participation Rate (per 1000) for persons of age
Premium States and territories of India
(unit) 8000 500 1500 1000 500 405 500 2000 R (unit/week) 1000 1000 700 405 405 405 405 1000 T (week) 8 0.5 2.14 2.47 1.23 1 1.23 2 What was The Utilization Achieved by CRU in 1996? Utilization = (Inventoy on Rent)/(Total inventory by CRU) =8‚000/14‚405= 55.54% For 1996‚ Calculate The Average Time Spent by a Unit in Each Buffer. 1996 Customer Receiving Status 24 Status 40 Status 41 Status 42 Status 20 Parts Supplier I (unit) 8000 500 1500 1000 500 405 500 2000 R
Premium Marketing Management Strategic management
Lecture Notes 1 MSC IN OPERATIONAL RESEARCH LECTURE 8 TRANSSHIPMENT MODEL In generalized transshipment model‚ items are supplied from different sources to different destination. It is sometimes economical if the shipment passes through some transient nodes in between sources and destinations. Unlike in transportation problem‚ where shipments are sent directly to a particular source to a particular destination‚ in transshipment problem‚ the objective is to minimize the total cost of
Premium Source
provided. ITEM |Data Category |B |C |D | |Lot-sizing rule |L4L |FOQ=1000 |L4L | |Lead time
Premium
distribution cost Sales unit MC=$150 End user’s consumer demand P=1000-0.01Q. P is the price for each printer and Q is the quantity demanded in the marketplace. The marginal revenue corresponding to the demand is MR=1000-0.02Q. Total marginal cost MC=$200+$150=$350. The firm maximizes profit when MR=MC. Thus‚ 1000-0.02Q=350. Q=32500. Substituting Q into the demand equation we find the profit maximizing price‚ P. Since P=1000-0.01Q‚ and Q=32500‚ the profit maximizing price is P=$675. Profit=(P-MC)*Q=(675-350)*32500=$10
Premium Economics Cost Microeconomics
changes in the yield? Will this always be the case? When the yield-to-maturity is 7.2%‚ the bond prices are‚ respectively‚ 1 1 1.036 0.036 1 1.036 0.036 1 1.047 0.047 1 1.047 0.047 25 1000 1.036 1000 1.036 908.98 1 25 746.58 When the yield-to-maturity is 9.4%‚ the bond prices are‚ respectively‚ 1 25 1000 1.036 1000 1.047 827.62 1 25 579.01 Price of bond A decreases by 8.95%‚ while price of bond B drops by 22.45%. The longer term bond is more sensitive to a given change in the discount
Premium Bond