Answer:
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Answer:
218 N
Explanation:
The weight of the object on Uranus W = mg' where m = mass of the object = 25.0 kg and g' = gravitational acceleration.
Since in the table, we are given different values, we look for the value of the gravitational acceleration because, that is the only variable there that can help us calculate the weight of the object.
From the table, the gravitational acceleration g' = 8.7 m/s².
So, the weight of the object W = mg'
= 25.0 kg × 8.7 m/s²
= 217.5 N
≅ 218 N
Answer:
a) Vin(r,θ)=(-Vo/3)+(4Vo/3R^2)r^2P2cosθ
b)σ(θ)=((Voεo)/3R)(20P2cosθ-1)
Explanation:
Due to the complex variables used to solve this exercise, the solution and the explanation are in the image
Answer:
Sorry im a little late. I am as well trying to look this up. But i believe you divide 90 by 3 which would give you 60 km/h. So the answer will be B.)