Critical chain method
![Critical chain method All the following statements regarding critical chain method are true EXCEPT— a. It modifies the schedule to account for limited resources b. The first step is to use conservative estimates for activity durations c. Duration buffers are added on the critical path d. It focuses on managing buffer activity durations Answer: b. The first step is to use conservative estimates for activity durations When using critical chain techniques When using critical chain techniques, the initial project schedule is developed using duration estimates with required dependencies and defined constraints as inputs. [Planning]](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEgjgk3h324_WSLHjnZ2NoKBf7s891cA1SL8RCw4O_XT6x0Gbpcx1ca4KNpUdL1yX6lQhJuO-Xmxh5xl1-K_YCRXQ5N3hP1Q3WPCPqSu8xWSqopiyDTIRuZiEQwZ7J5RQqd5uqWZpV6yaOye/s589/images+%25283%2529-01.jpeg "Critical chain method All the following statements regarding critical chain method are true EXCEPT— a. It modifies the schedule to account for limited resources b. The first step is to use conservative estimates for activity durations c. Duration buffers are added on the critical path d. It focuses on managing buffer activity durations Answer: b. The first step is to use conservative estimates for activity durations When using critical chain techniques When using critical chain techniques, the initial project schedule is developed using duration estimates with required dependencies and defined constraints as inputs. [Planning]")
All the following statements regarding critical chain method are true EXCEPT—
a. It modifies the schedule to account for limited resources
b. The first step is to use conservative estimates for activity durations
c. Duration buffers are added on the critical path
d. It focuses on managing buffer activity durations
Answer: b. The first step is to use conservative estimates for activity durations
When using critical chain techniques
When using critical chain techniques, the initial project schedule is developed using duration estimates with required dependencies and defined constraints as inputs. [Planning]