A mountain-climbing expedition establishes two intermediate camps, labeled A and B in the drawing, above the base camp. What is the magnitude Δr of the displacement between camp A and camp B?
To determine the magnitude of the displacement between camp A and camp B, we first need to understand the concept of displacement. Displacement refers to the change in position of an object from its initial point to its final point, including both magnitude and direction.
In the given information, we are provided with a drawing that represents a mountain-climbing expedition with three camps: base camp, camp A, and camp B.
To find the magnitude of the displacement between camp A and camp B, we need to focus on the distance between these two points while neglecting the details of the path traveled.
Since the drawing mentioning Δr specifically represents the magnitude of displacement, we can assume it to be the straight-line distance between camp A and camp B.
To find the displacement, you can follow these steps:
1. Examine the drawing and locate camp A and camp B.
2. Identify the position of camp A and camp B in the drawing.
3. Measure the straight-line distance between camp A and camp B. You can use a ruler or any measuring tool available to measure the distance accurately.
4. The measured distance is the magnitude of the displacement between camp A and camp B.
Remember to convert the units of measurement, if necessary, to match the given units or any specific requirements.
In summary, the magnitude Δr of the displacement between camp A and camp B can be found accurately by measuring the straight-line distance between these two points in the drawing.