Can a net unbalance force deform the object? Explain.
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its YES.....WHY ? |
°
BEACUSE...It goes back to the definition of a force. From Newton's second law, the force divided by the mass of the object applied to an object gives an acceleration, i.e. F = ma. By definition acceleration means movement. It will stay static if there is an equal and opposing force. That happens whenever the object is sitting on something, in which case there will be a frictional force that opposes movement, as you will know if you have ever pushed something that is really heavy.
°
BEACUSE...It goes back to the definition of a force. From Newton's second law, the force divided by the mass of the object applied to an object gives an acceleration, i.e. F = ma. By definition acceleration means movement. It will stay static if there is an equal and opposing force. That happens whenever the object is sitting on something, in which case there will be a frictional force that opposes movement, as you will know if you have ever pushed something that is really heavy.
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