An object of mass m 5 95 kg has an acceleration a(vector) (1 17 m s 2 )x (0 664 m s 2 )y Three forces act on this object F(vector) 1 , F(vector) 2 , and F(vector) 3 Given that F(vector) 1 (3 22 N)x and F(vector) 2 (1 55 N)x (2 05 N)y, find F(vector) 3 ...

Use Newtons second law to find the net force on the object and then subtrac ...

An object of mass m = 5.95 kg has an acceleration a(vector) = (1.17 m/s 2 )x

Question:

An object of mass m = 5.95 kg has an acceleration a(vector) = (1.17 m/s²)x̂ + (–0.664 m/s²)ŷ. Three forces act on this object: F(vector)₁, F(vector)₂, and F(vector)₃. Given that F(vector)₁ = (3.22 N)x̂ and F(vector)₂ = (–1.55 N)x̂ + (2.05 N)ŷ, find F(vector)₃.