Question: Problem 1 8 . 3 The largest horizontal force ( F ) the man can exert on the 2 8 5 lb refrigerator

Problem 18.3 The largest horizontal force \( F \) the man can exert on the 285 lb refrigerator without causing it to tip over is the force that causes the normal force at A to equal zero. Determine that force and the resulting acceleration of the refrigerator if the kinematic coefficient of friction between the supports and the floor is Uk=0.2.
Problem 1 8 . 3 The largest horizontal force \ (

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