There weren't any pictures attached to this question. But the answer would be in direction D where the line is going to the right with an arrow on the end.
picture the moon and the earth,imagine that gravity was lost and the moon flings out of orbit, the same thing applies with the ball. when the string comes loose so will the ball.
Direction
An object traveling in circular motion is constantly changing because its 'direction' is constantly changing due to the circular motion. The speed may be unchanging say, 5 miles per hour but the direction may be going form East to North to West to South and then back to East, say in counter clockwise motion.
Yes, IF it maintains constant speed on the track. The academic definition of velocity is speed and the associated direction, a vector. A car traveling in a circle is constantly changing direction. However, most people, including physicists when they are not writing textbooks, treat velocity and speed as interchangable such that a car going a constant speed on a circular track would be considered to have a constant velocity even though the direction in which it is traveling is constantly changing.
Wrong Answer:anti-clockwise is to the right all of you asswholes.Right answerNo, the answer above is wrong. Anti-clock wise turns to the LEFT not right. So get your facts rightBasically left is anti clockwise and right is clockwise so the first answer is wrong
A body moving in a circular path has no fixed direction. Its direction keeps on changing with every step of its motion.
Direction
direction and velocity
An object traveling in circular motion is constantly changing because its 'direction' is constantly changing due to the circular motion. The speed may be unchanging say, 5 miles per hour but the direction may be going form East to North to West to South and then back to East, say in counter clockwise motion.
Looking at the arbor/nut side, counter clockwise.
acceleration is change in velocity.. and velocity constantly changes in circular motion, as the direction constantly changes. This constant change in velocity causes the object to accelerate.
Counter clockwise refers to the direction opposite to the rotation of a clock's hands. It is a way of describing the direction of movement or rotation in a circular or spherical system, where instead of progressing in the usual clockwise direction, it goes in the opposite direction.
Counter-clockwise in the Southern Hemisphere, and clockwise in the Northern Hemisphere.
Yes, IF it maintains constant speed on the track. The academic definition of velocity is speed and the associated direction, a vector. A car traveling in a circle is constantly changing direction. However, most people, including physicists when they are not writing textbooks, treat velocity and speed as interchangable such that a car going a constant speed on a circular track would be considered to have a constant velocity even though the direction in which it is traveling is constantly changing.
They are circular currents usually in the oceans but also in air, caused by the Coriolis effect.Alternatively they may follow the gimbles in the wabe, perhaps caused by the slithy toves themselves.
Clockwise and counterclockwise are opposite directions of motion.Clockwise motion (negative mathematical direction) designates circular motion around a pivot point similar to that of the hand of a timepiece - e.g. top, then right, then bottom, then left, then top again.Counterclockwise motion (positive mathematical direction) designates the opposite direction of motion - e.g. top, then left, then bottom, then right, then top again.
Wrong Answer:anti-clockwise is to the right all of you asswholes.Right answerNo, the answer above is wrong. Anti-clock wise turns to the LEFT not right. So get your facts rightBasically left is anti clockwise and right is clockwise so the first answer is wrong
A body moving in a circular path has no fixed direction. Its direction keeps on changing with every step of its motion.