As shown in the figure, a uniform rectangular crate 0.40 m wide and 1.0 m tall sits on a horizontal surface. The crate weighs 460 N, and its center of gravity is at its geometric center. A horizontal force of magnitude F is applied at a distance h above the floor. Friction at the floor is great enough to prevent the crate from sliding. If h=0.69 m, what minimum value of F is required to make the crate start to tip over?

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The Answer of As shown in the figure, a uniform rectangular crate  0.40 m wide and  1.0 m tall sits on a horizontal surface. The crate weighs  460 N, and its center of gravity is at its geometric center. A horizontal force of magnitude  F  is applied at a distance  h  above the floor. Friction at the floor is great enough to prevent the crate from sliding. If  h=0.69 m, what minimum value of  F  is required to make the crate start to tip over?

As Shown in the Figure, a Uniform Rectangular Crate