The jerking and bucking is probably along with a pop sound from the engine. This always indicated a LEAN condition with the Engine. In other words, it is NOT getting enough fuel to run under a load or that speed.
Bucking during acceleration can be caused by a low fuel level. When the car is running on fumes, it is not getting a constant supply of gas which will cause it to stop and go.
Accelerando means "gradually getting faster" or "accelerating".
its getting ready to explode. jump out quick
i don't know, but it might be "accelerating"
Practice or quit it might not be for you!
age,breed,hight,what it used to do [pleasure,western,english,jumping,eventing ect] and if it has any medical problems or problems like biting or bucking (alot)
When driving around the speed that the sound occurs, put the transmission in Neutral and observe if the sound still occurs. If it doesn't, it's something in the transmission. If it does, I'm guessing it's not in the transmission, but in the differential. Many times, noises that happen when coasting and reduce in volume when accelerating are caused by faulty bearings in differentials. If you let this sound go on, it could possibly turn into a gear job which is much more expensive than just changing differential bearings. Usually, differential sounds start at about 25 or 30MPH and increase in pitch the faster the car is moving... Hope this helps!
Constant motion has a constant speed, and accelerated motion has an accelerating speed! [getting faster] :)
Basically turning strength. You can get more torque by a wrench than you can by a screwdriver. An engine with high torque is better at getting things moving and accelerating.
A number of things can cause hesitation. There could be water or dirt in the tank. Also, it could be an ignition problem. Your ignition timing may be slightly off and your plugs are firing a split second off top dead center. This would account for the hesitation and subsequent bucking.
It could be something as simple as a fuel filter that needs to be replaced or a weak fuel pump.
No, although they are accelerating (a) at the same speed their inital velocity (u) is undefined, therefore they may be getting faster at the same acelleration altough they may be at a different velocity to start with. a = (u-v)/t (t = time, v= final velocity)