The coefficient of static friction between the shoes at A and B of the tongs and the pallet is s1 and between the pallet and the floor s2 If a horizontal towing force P is applied to the tongs, determine the largest mass that can be towed s1 0 5 a 75 mm s2 0 4 b 20 mm P 300 N c 30 mm g 9 81m s2 60 ...

Assume that we are on the verge of slipping at every surface Guesses T IN ...

The coefficient of static friction between the shoes at A and B of the tongs and the

Question:

The coefficient of static friction between the shoes at A and B of the tongs and the pallet is μs1 and between the pallet and the floor μs2. If a horizontal towing force P is applied to the tongs, determine the largest mass that can be towed μs1 = 0.5 a = 75 mm

μ s2 = 0.4 b = 20 mm

P = 300 N c = 30 mm

g = 9.81m/s2 θ = 60 deg

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