A fisherman applies a force (F) of 90 N to pull a fish box of mass 40 kg on a rough surface of u = 0.5 and 4, = 0.3. If

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answerhappygod
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A fisherman applies a force (F) of 90 N to pull a fish box of mass 40 kg on a rough surface of u = 0.5 and 4, = 0.3. If

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A Fisherman Applies A Force F Of 90 N To Pull A Fish Box Of Mass 40 Kg On A Rough Surface Of U 0 5 And 4 0 3 If 1
A Fisherman Applies A Force F Of 90 N To Pull A Fish Box Of Mass 40 Kg On A Rough Surface Of U 0 5 And 4 0 3 If 1 (13.31 KiB) Viewed 17 times
A Fisherman Applies A Force F Of 90 N To Pull A Fish Box Of Mass 40 Kg On A Rough Surface Of U 0 5 And 4 0 3 If 2
A Fisherman Applies A Force F Of 90 N To Pull A Fish Box Of Mass 40 Kg On A Rough Surface Of U 0 5 And 4 0 3 If 2 (19.72 KiB) Viewed 17 times
A Fisherman Applies A Force F Of 90 N To Pull A Fish Box Of Mass 40 Kg On A Rough Surface Of U 0 5 And 4 0 3 If 3
A Fisherman Applies A Force F Of 90 N To Pull A Fish Box Of Mass 40 Kg On A Rough Surface Of U 0 5 And 4 0 3 If 3 (7.57 KiB) Viewed 17 times
A Fisherman Applies A Force F Of 90 N To Pull A Fish Box Of Mass 40 Kg On A Rough Surface Of U 0 5 And 4 0 3 If 4
A Fisherman Applies A Force F Of 90 N To Pull A Fish Box Of Mass 40 Kg On A Rough Surface Of U 0 5 And 4 0 3 If 4 (11.17 KiB) Viewed 17 times
A fisherman applies a force (F) of 90 N to pull a fish box of mass 40 kg on a rough surface of u = 0.5 and 4, = 0.3. If the box stays at rest, then the frictional force acting on the box is: מו a. 120 оо b. 100 Oc50 Od 200 O e 90
A small body of mass m swings in a vertical circle at the end of a cord of length R. If the cord makes an angle of 0 = 37° with the vertical, then the tangential acceleration as of the body is given by: 1 1 137, RRT m mg an O Tan Octano OD RECORD OS
A roller coaster car of mass m 20 kg is moving inside a circular path of radius R=5 m with a constant speed of 10 ma's. The normal force in (N)acting on the car by the track at the top point is Oa 1800 1.900 OC 600 Od 300 O. 200
A 10 kg block on a 37° rough incline is held at rest by a force F. as shown. If the coefficient of static fric- tion between the block and the surface is =0.1, then the minimum value of Fin N required to keep the block at rest is: m H 37 a 52 Ob 20 Oc44 od 36 O e 28
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