It's possible. But you have to successfully divide by 0 first.
no becaus it would fly away but you can try no becaus it would fly away but you can try no becaus it would fly away but you can try
When you want to train some body, you should see the basic inclinations. You should not expect the dog to fly. You should explore the basic instincts of the animal. He can be your best friend and you do not bother your best friend with unusual expectations.
a train can't fly.
Yes, you can fly with your dog on this airline.
When you open a pizza and the dog's in the other room, you will see a dog fly.
defeat all 6 villins to fly. where they are- one in the train, one in the junk jard, one by the hot dog man,one in the bank and i dont know the other one. ---- ----
If you buy a dog house, the dog will not use it until you train it to go in the dog house.
It is not recommended to train a dog to pee indoors as it can lead to behavioral issues and confusion. It is best to train your dog to go outside to do their business.
Fly or take the train.
No.
it depends: if the fly is stopping a train the size of a period or if the fly istrying to stop a 10-ton train.===========================Actually it would seem that a fly traveling exactly opposite to thedirection of a moving 10-ton train and colliding with it would have theeffect of stopping the train dead still...at least for a micro-milli-second.Consider the velocity of the fly relative to the track. It is intuitive that uponimpact, the fly's velocity accelerates to zero and then accelerates in theopposite direction to match the velocity of the train.But if it is at the moment of impact of the fly and the train when the fly'svelocity relative to the track is zero...and since the fly is in contact with thetrain at that instant of impact...then the velocity of the train relative to thetrack must also be zero. Right?==================================I don't think so, if we're talking about a train moving at speeds we'dconsider normal:The train stops the fly for a micro second before the fly reverses direction,that's true, and perhaps the fly's momentum slows a portion of the traindirectly in contact with the fly in an elastic-like collision (forming amolecular-sized temporary indentation). But the bulk of the forces of thecollision are borne by the fly, who's body is deformed and splattered by therapid change in direction.However, a fly can stop a train, if the fly's momentum is equal to or greaterthan that of the train: e.g. if the train's velocity is so small that it's momentumis less than that of the fly flying directly at it. This would be a train moving soslowly it would be imperceptible to us.====================================Relatively-Useless Contribution #4:If the train is under power, then the answer is a big fat undebatable 'no',because the train's engines deliver more power than the fly can ever match.But if the train is coasting, then the fly simply needs to apply a constant forceagainst the front of the locomotive, and keep applying it until the product of(the force applied) x (the distance the train rolls while the force is applied)is equal to the kinetic energy the train had when the fly arrived. Nothing to it.
no