A mountain climber is hanging from a rope on the side of a cliff. She is pushing her feet against the side of the cliff. Which free-body diagram correctly shows this situation?
![A mountain climber is hanging from a rope on the side of a cliff She is pushing her feet against the side of the cliff Which freebody diagram correctly shows th class=](https://us-static.z-dn.net/files/dca/6d5cf51329623a8c4167dfbc700687f0.png)
Answer:B
Explanation:T = rope
Fn=Feet
W=Her weight
Answer:
Option B
Explanation:
As we know that mountain climber is pushing her feet against the side of the cliff
So here we can say that climber will have normal force due to wall on his feet away from the wall
Now since she is holding a rope in his hand so the tension force on the rope will counterbalance the weight of the climber
so we can say
tension force in the rope is vertically upwards and it will counterbalance the weight of the climber
then normal force of the wall will exert towards right
so OPTION B is correct