3. Vectors
Vector Composition & Decomposition
3. Vectors Vector Composition & Decomposition
19PRACTICE PROBLEM
A mountain climber of weight 637 N uses a fixed rope to ascend the inclined part of an artificial wall. The wall forms a right triangle structure. The wall's summit is 35.0 m above the ground and its base of 4.30 m is in contact with the ground. Calculate the magnitude of the climber's weight projection along the directions parallel and perpendicular to the inclined part of the wall.
A mountain climber of weight 637 N uses a fixed rope to ascend the inclined part of an artificial wall. The wall forms a right triangle structure. The wall's summit is 35.0 m above the ground and its base of 4.30 m is in contact with the ground. Calculate the magnitude of the climber's weight projection along the directions parallel and perpendicular to the inclined part of the wall.