The kinematic equation for velocity states that Vf = Vo + at. Assuming that the nut starts from rest, Vo goes to zero. This means that the final velocity of the nut is the gravitational constant times time i.e. Vf = at. If the nut falls on earth then the final velocity would be 98.1 m/s or 322 ft/s.
Ignoring air resistance, the velocity of any object that goes off a cliff is 29.4 meters (96.5 feet) per second downward, after 3 seconds in free-fall.
Soy is actually the smallest edible nut. The largest edible nut in the entire world that is edible is the cocoa nut.
The plural of nut is nuts. As in "I would like a bag of mixed fruit and nuts".
It is Puffed Kernel of Gorgon Nut or Fox Nut.
Some of the synonyms for nut are crackpot, freak, addict, screwball, testicle, crank, and so on.
Ignoring air resistance, the velocity of any object that goes off a cliff is 29.4 meters (96.5 feet) per second downward, after 3 seconds in free-fall.
second
Nut cracker is a second order lever because the nut(load) is in between.
Nut cracker is a second order lever because the nut(load) is in between.
who cares
which is the second most expensive peanut
Nut cracker is a second order lever because the nut(load) is in between.
A "nut" or "nut hand" refers to the strongest possible hand with the given set of community cards (the given situation). The second strongest possible hand would be the "second-nut hand". The third strongest possible hand would be the "third-nut hand". The game is called "Texas hold 'em."
The pastic case on left side of motor. Unscrew nut, remove cover. Unscrew the second nut. You have it.
Viewed from the top it is a precipice. Nut I don't think this word is ever used when viewing from the bottom of the cliff - as there is always a connotation of 'falling' involved with the use of the word.Another word could be "scarp"
generally the spindle nut needs replacing when you remove the nut. the new nut has a nylon locking ring on it, that is only designed to stay tight one time. once this is removed the nut will not stay tight with a second application The nut is a torque to yield design. After reaching torque specs, the threads have stretched. Reusing the nut will allow the nut to back off, since you can't properly torque it but one time.
In a second class lever the fulcrum and input effort are at opposite ends with the object load between.Though with a wrench to fasten a nut/bolt you apply effort at one end and this turns the load , which to my understanding is the nut/bolt you're trying to fasten at the other end.The fulcrum is the jaw used to grip the nut/bolt and turn over and the nut/bolt is the object load.How is the load between?