MGT4109 Project Time Management and Technology Final Exam Q1 Pool Questions (1 from 5) Answer Key Estimation When grading the question, it would ap
MGT4109 Project Time Management and Technology
Final Exam Q1 Pool Questions (1 from 5) Answer Key
Estimation
When grading the question, it would appear as:
Questions
Answers
Using the data in the case study above, complete a BOTTOM-UP estimation. Your answers should be calculated to 1 decimal place (ie: 16.4)
(24.5)
Using the data in the case study above, complete an ANALOGOUS estimation. Your answers should be calculated to 1 decimal place (ie: 16.4)
(22)
Using the data in the case study above, complete a THREE POINT estimation (Triangular Distribution). Your answers should be calculated to 1 decimal place (ie: 16.4)
(24.7)
Using the data in the case study above, complete a PARAMETRIC estimation. Your answers should be calculated to 1 decimal place (ie: 16.4)
(25)
Using the data in the case study above, complete a THREE-POINT (PERT) estimation. Your answers should be calculated to 1 decimal place (ie: 16.4)
(24.8)
Estimation
When grading the question, it would appear as:
Questions
Answers
Using the data in the case study above, complete a BOTTOM-UP estimation. Your answers should be calculated to 1 decimal place (ie: 16.4)
(16.5)
Using the data in the case study above, complete a PARAMETRIC estimation. Your answers should be calculated to 1 decimal place (ie: 16.4)
(17)
Using the data in the case study above, complete a THREE POINT estimation (Triangular Distribution). Your answers should be calculated to 1 decimal place (ie: 16.4)
(16.7)
Using the data in the case study above, complete an ANALOGOUS estimation. Your answers should be calculated to 1 decimal place (ie: 16.4)
(16)
Using the data in the case study above, complete a THREE-POINT (PERT) estimation. Your answers should be calculated to 1 decimal place (ie: 16.4)
(16.8)
Estimation
When grading the question, it would appear as:
Question
Answers
Using the data in the case study above, complete a BOTTOM-UP estimation. Your answers should be calculated to 1 decimal place (ie: 16.4)
(27.5)
Using the data in the case study above, complete an ANALOGOUS estimation. Your answers should be calculated to 1 decimal place (ie: 16.4)
(27)
Using the data in the case study above, complete a THREE POINT estimation (Triangular Distribution). Your answers should be calculated to 1 decimal place (ie: 16.4)
(27.7)
Using the data in the case study above, complete a PARAMETRIC estimation. Your answers should be calculated to 1 decimal place (ie: 16.4)
(28)
Estimation
When grading the question, it would appear as:
Using the data in the case study above, complete a BOTTOM-UP estimation. Your answers should be calculated to 1 decimal place (ie: 16.4)
(25)
Using the data in the case study above, complete an ANALOGOUS estimation. Your answers should be calculated to 1 decimal place (ie: 16.4)
(24)
Using the data in the case study above, complete a THREE POINT estimation (Triangular Distribution). Your answers should be calculated to 1 decimal place (ie: 16.4)
(23.7)
Using the data in the case study above, complete a PARAMETRIC estimation. Your answers should be calculated to 1 decimal place (ie: 16.4)
(23)
Estimation
When grading the question, it would appear as:
Questions
Answers
Using the data in the case study above, complete a BOTTOM-UP estimation. Your answers should be calculated to 1 decimal place (ie: 16.4)
(29)
Using the data in the case study above, complete an ANALOGOUS estimation. Your answers should be calculated to 1 decimal place (ie: 16.4)
(28.5)
Using the data in the case study above, complete a THREE POINT estimation (Triangular Distribution). Your answers should be calculated to 1 decimal place (ie: 16.4)
(26.3)
Using the data in the case study above, complete a PARAMETRIC estimation. Your answers should be calculated to 1 decimal place (ie: 16.4)
