Final answer:
The question asks about the intersection of a resultant vector with a line segment in physics. The solution involves drawing vectors with correct magnitude and orientation, constructing the resultant vector by joining them head-to-tail, and measuring with tools like a protractor and ruler.
Step-by-step explanation:
The student's question pertains to the concept of vector addition in physics, specifically inquiring about the intersection of a resultant vector's line of action with member AB, measured from point A.
Steps to Solve
- Draw vectors A and B using correct magnitude and orientation.
- Connect them head-to-tail and draw the resultant vector R.
- Use a protractor to measure angles and a ruler to measure the length of R.
- Find where R intersects member AB.
Without the specific details of vectors A and B's directions and magnitudes, we cannot provide a numerical answer to where the resultant intersects member AB. However, the concept involves constructing the vectors geometrically, measuring their lengths and angles, then determining the intersection point from point A.