An object of mass m = 100 g slides down without rolling a rough incline from a height H = 60.0 cm. At h = 30.0 cm, the object flies off the incline. The coefficient of kinetic friction is 0.400, and the angle $\theta$ = 30.0$\degree$. How far from the base of the elevated incline does the object hit the floor?
A) 14.8 cm
B) 17.5 cm
C) 21.9 cm
D) 24.6 cm
E) 37.9 cm

Question

An object of mass m = 100 g slides down without rolling a rough incline from a height H = 60.0 cm. At h = 30.0 cm, the object flies off the incline. The coefficient of kinetic friction is 0.400, and the angle $\theta$ = 30.0$\degree$. How far from the base of the elevated incline does the object hit the floor?
A) 14.8 cm 
B) 17.5 cm 
C) 21.9 cm 
D) 24.6 cm 
E) 37.9 cm

Quizplus · Accepted Answer

The Answer of  An object of mass m = 100 g slides down without rolling a rough incline from a height H = 60.0 cm. At h = 30.0 cm, the object flies off the incline. The coefficient of kinetic friction is 0.400, and the angle $\theta$ = 30.0$\degree$. How far from the base of the elevated incline does the object hit the floor?
A) 14.8 cm 
B) 17.5 cm 
C) 21.9 cm 
D) 24.6 cm 
E) 37.9 cm

An Object of Mass M = 100 G Slides Down θ\thetaθ

An Object of Mass M = 100 G Slides Down $\theta$