The answer depends on the context but I am guessing it is "critical path".
False
No, the shortest distance from start to finish is not referred to as vector addition. Instead, it is typically described as the straight-line distance between two points, known as the "direct path" or "Euclidean distance." Vector addition, on the other hand, involves combining two or more vectors to determine a resultant vector, which may or may not represent the shortest path.
The term for the full length of travel from start to finish is "distance." In various contexts, it can also refer to "total displacement," which considers the shortest path between two points, or "route length," which refers to the actual path taken.
The shortest driving distance is 10 miles, depending on where you start from and where you go to.
Depends on where you start and end
On average, the shortest distance is about 1,100 miles, from the border, depending on where in Oklahoma you start from.
The shortest distance from the given information will be its height
The shortest distance is displacement and total distance is length.
The flight distance is 489 miles. The shortest driving distance is 635 miles. Both distances depend on where in Iowa you start from and where in Oklahoma you go to.
2471 miles is the shortest driving distance.
No, it is not always true that the total distance is equal to the displacement. Total distance is the sum of all path lengths travelled, while displacement is the shortest distance between the initial and final positions. In some cases, these two values may be equal, but not always.
Displacement is the shortest distance between the initial and final positions of an object in a specific direction. It is a vector quantity that includes magnitude and direction and is not affected by the path taken but only the start and end points.