A biologist inspects an owl's nest that is built in a hollow cavity of a tree. Refer to the image. The mass of the biologist is 54.0 kg. The rope makes an angle of θ = 37.0o with the vertical. Her legs are pushing out against the tree at an angle of ϕ = 19.5o above the horizontal.
(a)
What is tension in rope? N
(b)
What must be the minimum coefficient of static friction μk to keep her shoes from slipping down the trunk of the tree?
A biologist inspects an owl's nest that is built in a hollow cavity of a tree....
A biologist inspects an owl's nest that is built in a hollow cavity of a tree. Refer to the image. The mass of the biologist is 58.0 kg. The rope makes an angle of θ = 25.0o with the vertical. Her legs are pushing out against the tree at an angle of ϕ = 19.5o above the horizontal. (a)What is tension in rope? (in N) (b)What must be the minimum coefficient of static friction μk to keep her shoes from...
A biologist inspects an owl's nest that is built in a hollow cavity of a tree. Refer to the image. The mass of the biologist is 56.0 kg. The rope makes an angle of 0 = 37.00 with the vertical. Her legs are pushing out against the tree at an angle of $ = 22.5° above the horizontal. T F 0 (a) What is tension in rope? N (b) What must be the minimum coefficient of static friction uk to...
A biologist inspects an owl's nest that is built in a hollow cavity of a tree. Refer to the image. The mass of the biologist is 47.0 kg. The rope makes an angle of θ = 26.5o with the vertical. Her legs are pushing out against the tree at an angle of ϕ = 19.5o above the horizontal. (a) What is tension in rope? N (b) What must be the minimum coefficient of static friction μk to keep her shoes...