this happens in the case of all dogs....they circle around before lying this is because their ancestry evolves like that even the dingo(cousin)practises this.the dog makes the place more comfortable and soft in this manner.
Tom Fletcher from the band McFly wrote "I Want". Actually, he wrote the song before and then he changed it and gave it to One Direction. You should do some research before saying that One Direction wrote it. Actually, they only wrote 3 of the songs in Up All Night ("Taken","Everything About You" and "Same Mistakes") and they had help.
I do belive he has only 2 dogs. :)
Well there really is only ONE DIRECTION!
Your neurons are adapted in such a way that impulses move only in one direction.
Only if the dog trys to fight it or play with it.
Dogs often run in counterclockwise circles just because they are excited. While some dogs seem to turn only in one direction, other dogs will run in clockwise circles, and some dogs will do both, at different times.
Because from every point on the rainbow, the angle between the direction to thesun and the direction to your eye has to be the same angle. The only collectionof points that can do that is all the points on a circle.
Because from every point on the rainbow, the angle between the direction to thesun and the direction to your eye has to be the same angle. The only collectionof points that can do that is all the points on a circle.
In physics, acceleration is defined as a change in velocity. Velocity is the measurement of the rate (or speed) and direction of an object. Therefore, an object is "accelerating" when it changes direction while maintaining the same rate (or speed).
The direction itself is a noun. It is only an adjective when placed before a noun (e.g. west wing).
Because AT the location of every water droplet in the air, the anglebetween the direction to the sun and the direction to your eye mustbe the same. The only shape in which that's possible at every pointis a circle.
Acceleration involving only a change in direction is known as centripetal acceleration. This type of acceleration occurs when an object moves in a circular path and constantly changes its direction. Centripetal acceleration points towards the center of the circle and is perpendicular to the object's velocity.
The construction that uses the compass for only one additional step, aside from drawing the circle, is the construction of a tangent to a circle from a point outside the circle. In this process, the compass is first used to draw the circle, and then it is used again to find the point where the tangent line touches the circle, typically by constructing a radius to that point and creating a right triangle to determine the tangent's direction.
Because at any point IN the rainbow, the angle between the direction to the sun and the direction to your eye has to be the same angle. The only bunch of different points there can be that will do that is a bunch of points that are all on the same circle.
They are only good for dogs who are unnresponsive to regular collars. Seek professional advice before getting one for your dog.
Yes. The most prominent example of this is a particle traveling in a circle via the influence of a constant centripetal force. Speed has no direction (it is the length of velocity, which is a vector), and it does not change in this case. Acceleration does have a direction (it is a vector) and it will change because it will keep pointing towards the center of the circle as the particles moves around it. The magnitude of the acceleration remains constant however, only its direction changes.
Something is accelerating when it is traveling in a circle because the direction of its velocity is changing.It is important to understand that a velocity not only has a magnitude but it also has a direction. In general, if the magnitude and/or direction of an object's velocity is changing, we say that it is accelerating.Again, if something is traveling and only the direction that it is traveling changes, we still say it is accelerating because the direction that it is traveling is changing.This is the case when something is traveling in a circle at constant speed. If you where to represent its velocity by a vector you would find that while the magnitude of the vector does not change over time, the direction of the vector does. In fact, over a very short period of time, if you where to represent the change in direction of its velocity by a vector, you would find that that "difference vector" points directly toward the center of the circle.Again, this is all a bit confusing because when we generally use the word "accelerate" we mean that something is speeding up. However one just has to get use to the idea that when something is accelerating, it may be that only the direction of its velocity is changing and not necessarily the magnitude of its velocity.To learn more about this go to the related links below.