The magnitude and the position of the 350 N vector can be represented using arrow pointing out from the South-East of a Cartesian coordinate.
The given parameters:
- Magnitude of the vector = 350 N
- Position of the vector = 30⁰ South east
The vector is represented with arrow pointing out from south-east represented in a Cartesian coordinate.
- The length of the arrow represents the magnitude of the vector which is 350 N.
- The direction of the arrow indicated by the arrow head represents the position of the vector.
- The position of the vector is 30 degrees South of East.
Thus, the magnitude and the position of the 350 N vector can be represented using arrow pointing out from the South-East of a Cartesian coordinate.
Learn more about vector representation here: brainly.com/question/14204873
In your question where as ask the man lift various loads with the same lever and the distance of the applied force from the fulcrum is 2m and the distance from the fulcorm to load is 0.5m.So the following are the answers to your questions:
a.mechanical advantage of the lever is 1
b..<span>ideal mechanical advantage of the lever is 4</span>
c.4