--%>

Time Estimates for Individual Activities

Time Estimates for Individual Activities:

A) Weighted Average Activity Time, t =  (a + 4m + b)/6

B) Standard deviation of activity times, σt = (b-a)/6

C) Standard deviation of project completion, σT= √ (∑ σt2)

a = optimistic completion time (1 in 100 chance of completing the activity earlier under normal conditions)
m = most likely activity time
b = pessimistic completion time (1 in 100 chance of completing the activity later under normal conditions)
t = weighted average activity time
σt = standard deviation of activity completion
σT = standard deviation of project completion       

   Related Questions in Microeconomics

  • Q : Amount of Tax of Initial Demand Assume

    Assume that D0 is the initial demand curve for land in this demonstrated figure, and a land tax at a rate of t is imposed. Trying by the landlord to pass the tax forward to the renter, which will cause the: (i) supply curve of housing to sh

  • Q : Declining cost structure by natural

    Natural barriers to entry within a market arise primarily by: (w) strategies by existing firms to discourage the entry of new firms. (x) perfectly inelastic demands for products. (y) the declining cost structure inherent in producing certain goods. (z

  • Q : Barriers to entry in the long run

    Imperfectly competitive firms protected by important barriers to entry are as: (1) assured of positive accounting profits in the short run. (2) almost certain to succeed in collusively fixing prices at high levels. (3) assured of positive economic pro

  • Q : Vigorously competitive market

    Economic rents which can be capitalized are least possible to arise by: (1) production cost advantages. (2) proprietary knowledge. (3) being first to market a differentiable new product or to innovate a new production technology. (4) a vigorously comp

  • Q : Risk-Return-Diversification The below

    The below table presents the three possible states for stocks A and B returns. (a) De

  • Q : Total variable cost Total variable cost

    Total variable cost:1. variable cost changes with the change in quantity. It increase or decrease as the output change.2. it is zero when output is zero3. Its curve is parallel to the curve of total cost.4. Example :- cost of r

  • Q : Income tax rates and government

    When line 0C0' in this figure shows the current Lorenz curve for the U.S. distribution of income after taxes and transfers, the probably short run outcomes of 10 percent cuts into both income tax rates and government transfer

  • Q : Problem on free trade equilibrium The

    The domestic demand curve for portable radios is provided by Qd = 5000 − 100P, here Qd is the number of radios which would be purchased whenever the price is P. The domestic supply curve for radios is provided by Qs = 150P, where Qs

  • Q : Absolute Poverty of Income A family

    A family whose income leaves this hovering at the brink of survival and that gives only a razor’s edge existence is experiencing: (w) relative poverty. (x) economic shock. (y) financial destitution. (z) absolute poverty.

    Q : Justified investment by paying income

    When the price of each of the given assets is $10,000 and the interest rate is 10%, then investment is most justified for: (1) a perpetuity paying $900 annually. (2) a machine with a 3 year life which can be leased to an outsider for $10 per day. (3) an income stream