Task Filter Execution Order is described as: Ranked from lowest to highest Execution Order. Which statement best describes its ordering?

Task Filter Execution Order is described as: Ranked from lowest to highest Execution Order. Which statement best describes its ordering?

• A. Ranked from highest to lowest Execution Order
• B. Execution Order is random
• C. Ranked from lowest to highest Execution Order
• D. Based on alphabetical order of task names

Answer: (C)

In this concept, the Execution Order is a numeric value that determines the sequence in which filters are applied. Smaller numbers mean earlier execution, so the system processes filters in ascending order. That makes the description “ranked from lowest to highest Execution Order” the correct one. Understanding this helps you predict how task filtering will behave: a filter with a lower value runs first and can narrow down results before higher-valued filters are evaluated. For example, if one filter has a lower Execution Order than another, it will be applied first, shaping which tasks remain for the next filter. The other possibilities don’t fit because a higher-to-lower order would reverse the intended sequence, a random order would be unpredictable, and ordering by task name would ignore the Execution Order value entirely.

In this concept, the Execution Order is a numeric value that determines the sequence in which filters are applied. Smaller numbers mean earlier execution, so the system processes filters in ascending order. That makes the description “ranked from lowest to highest Execution Order” the correct one.

Understanding this helps you predict how task filtering will behave: a filter with a lower value runs first and can narrow down results before higher-valued filters are evaluated. For example, if one filter has a lower Execution Order than another, it will be applied first, shaping which tasks remain for the next filter.

The other possibilities don’t fit because a higher-to-lower order would reverse the intended sequence, a random order would be unpredictable, and ordering by task name would ignore the Execution Order value entirely.