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:
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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)
