Well, you balance forces to find equilibrium,
you add forces to find resultants,
and you find the opposite of the resultant to get an equilibrant.
I wouldn't add them all together, though. Like I said, the resultant is just the end force you get when you add all the applied forces together. The equilibrant is a force with the same magnitude and opposite direction as the resultant; adding those two together would yield zero.
2006-09-03 03:33:32
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answer #1
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answered by Anonymous
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stress = mass circumstances acceleration. It has not something to do with velocity, in different words If there's a stress, an merchandise is accelerating. If there is not any stress (or forces sum to 0) the object isn't accelerating. yet that doesn't mean it fairly is not moving. It in simple terms is unlikely any quicker or slower.
2016-11-24 19:40:05
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answer #2
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answered by ? 4
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You should learn that if you're studying statics to become an engineer you should open the book and learn this for yourself.
2006-09-03 02:35:43
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answer #3
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answered by xtowgrunt 6
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You can conclude that Newton was correct.
Doug
2006-09-03 02:46:26
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answer #4
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answered by doug_donaghue 7
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