What is probabilty that project will take less than 30 days

Assignment Help Operation Management

Reference no: EM13248550

Critical path= B-E-F-I = 8.83+8.83+8+5= 30.67
variance of critical path = 1.500
Standard deviation of critical path= 1.225

1) what is the probabilty that the project will take less than 30 days?

2) what is the probabilty that the project will take less than 29 days?

3) what is the probabilty that the project will take more than 29 days but less than 31 days?

4) what is the probabilty that the project will take more than 31 but less than 32 days?

Reference no: EM13248550

Questions Cloud

What are the weaknesses of a swot analysis : Why is it important to conduct a SWOT analysis? What are the weaknesses of a SWOT analysis? Why is that so?

Describe the final temperature of the mixture : An ice cube at 0 degrees C with a mass of 115 g is added to H2O in a beaker that has a temperature of 64.0 degrees C. if the final temperature of the mixture is 24.0 degrees C, what was the initial mass of the warm water

Why is it important to understand the external environment : Describe the elements of an organization's external environment. Why is it important to understand the external environment?

Which of frequencies represents the pre-warped frequencies : design an IIR high-pass filter using bilinear method in a system with sampling frequency of 100 Hz. The lower and higher cutoff frequencies are at 18 Hz and 35 Hz respectively. Pre-warp the cutoff frequencies.

What is probabilty that project will take less than 30 days : what is the probabilty that the project will take less than 30 days?

Explain water is sprayed on the ground of an orchard : a) water is sprayed on the ground of an orchard when temperatures are near freezing to keep the fruit from freezing. Explain b) How many kilojoules of energy are released if 5.0 kg of water at 15 degrees C is on the ground and cools and freezes at..

Explain the type of compound : Describe the type of compound that could have each of the following types of attractive forces: a) dipole-dipole attractions; b) Hydrogen bonding; c) dispersion forces.

Find the height max with respect to top of the trampoline : A girl of mass m 1 =60 m_1 = 60 kilograms springs from a trampoline with an initial upward velocity of v i =8.0 v_i = 8.0 meters per second, What is height max with respect to the top of the trampoline

Calculate the per unit resistance of the transformer : Efficiency in a power transformer is 98.6 percent when loaded such that its core losses equal the copper losses. Calculate the per unit resistance of this transformer.

User Account

All Pages