Alex walks along a curved path and takes several turns while walking f...
Explanation:
Displacement is the shortest distance between the initial and final position of an object along with the direction of motion. It is a vector quantity and is represented by an arrow with a specific length and direction.
In this scenario, Alex walks along a curved path and takes several turns while walking from home to school. Therefore, his actual path is not a straight line, but the displacement is the straight line distance between his home and school along with the direction from home to school.
To illustrate this, imagine Alex walks in a zig-zag path from his home to school. The total distance covered by him will be the sum of all the straight-line distances between each turn. However, his displacement will be the straight line distance between his home and school, regardless of the turns he took.
Therefore, option (c) is the best description of Alex's displacement as it takes into account the straight-line distance and direction from home to school.
Conclusion:
In conclusion, displacement is the shortest distance between the initial and final position of an object along with the direction of motion. In this scenario, Alex's displacement is the straight line distance between his home and school along with the direction from home to school, regardless of the turns he took.
Alex walks along a curved path and takes several turns while walking f...
Take a map, mark any two points on it, maybe u won't be able to walk that way, but that is the shortest distance between the two points and that is what displacement is, u see?
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