![]() ![]() (1) The general approach is simplistic, but might still be appropriate in some circumstances. ![]() Formula I used:į = 245 lb, so 245 lbs needed to tip over the cart if the front wheels at point A hit something and if the cart with all items weighs 538 lbs.Īm I missing anything here. 3rd, the only way the cart will tip is if the torque at the front wheels exceeds the torque due to the weight of the cart. 2nd, got the sum for the weight of the cart and all components = 538 lb and then divided the moment sum by the weight and got 18.98 in as the center of gravity from the front of the cart. Multiplied the weight of each component times their midpoint distance from the front of the cart to get their moments. 1st, I found the center of gravity for the cart with all components. I believe the cart will tip if the torque at the wheel exceeds the torque due to the total weight of the cart. The way I am analyzing this is if the front wheel collides with something what's the force required for the cart to tilt or tip forward. I am analyzing force required to tip over a cart and the cart consists of 3 items: Need help, due to safety issues I need to find out what force would be needed to tip over a cart.
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