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BMT13 Critical Path Analysis

Total questions: 10

Worksheet time: 5mins

Name
Class
Date
1.

What is the primary purpose of using critical path analysis (CPA) in project management?

a)

To calculate the earliest start time for each activity.

b)

To provide a visual representation of a complex project.

c)

To identify and monitor key tasks necessary to complete a project.

d)

To guarantee the smooth completion of a project

2.

What does the term "critical path" refer to in the context of critical path analysis (CPA)?

a)

Tasks that must take place within the set time to avoid project delays

b)

Tasks that have no dependencies

c)

Tasks that can be delayed without affecting the project

d)

Tasks that are not included in the project planning stage

3.

What advantage does critical path analysis offer in terms of project management efficiency?

a)

It enables project managers to reduce the time lost between tasks

b)

It guarantees the smooth completion of a project

c)

It limits the extent of assistance with project management

d)

It helps managers to construct network diagrams for complex projects

4.

What is the significance of float time in project management?

a)

It calculates the earliest start time (EST) for activities

b)

It guarantees the smooth completion of a project

c)

It allows for more flexible resource allocation

d)

It identifies tasks that require close monitoring

5.

What is the purpose of the earliest start time (EST) in critical path analysis?

a)

To show the earliest time that an activity can begin

b)

To guarantee the smooth completion of a project

c)

To calculate the latest finish time (LFT) for an activity

d)

To identify the critical path in a project

6.

In critical path analysis, what is the latest finish time (LFT) used to determine for a specific activity?

a)

The latest possible time that an activity can finish without delaying the overall project

b)

The dependencies it may have with other tasks

c)

The time required to complete the activity

d)

The earliest time that an activity can begin

7.

How does critical path analysis improve efficiency in production?

a)

By limiting the number of tasks in a project

b)

By guaranteeing the smooth completion of each project

c)

By reducing the time lost between different tasks

d)

By constructing network diagrams for small projects

8.

TRUE OR FALSE

By constructing network diagrams for small projects

a)

True

b)

False

9.

Which key term: denotes an event (or task), with the start and finish times of each activity in a network diagram.

a)

Node

b)

float

c)

dummy activity

d)

buffer

10.

What type of tool is Critical Path Analysis?

a)

Situational

b)

Planning

c)

Decision-making