No, direction does not affect uniform motion. Uniform motion is characterized by constant speed and direction, so as long as the speed remains constant, changing direction will not impact the uniform motion.
Uniform linear motion is not accelerated because the speed of the object remains constant and there is no change in direction. Acceleration refers to any change in speed or direction of an object, and when there is no change in these factors, the motion is considered uniform and not accelerated.
Yes, a person running is an example of non-uniform motion because their speed and direction are changing as they move. This is in contrast to uniform motion, where an object travels at a constant speed and in a straight line.
The motion of a circulating fan is non-uniform because the speed and direction of the air flow changes as the fan blades rotate. This variation in the intensity and direction of the airflow creates turbulence, causing the motion to be non-uniform.
motion that is always constant [Either acceleration or deceleration that is called uniform motion......... motion that undergoes a change in velocity,either by changing speed or changing direction,,,,,that.s changes are called non uniform motion......
The purpose and function of the word "rewarded" here are very unclear, as is the thrust of the question. Uniform circular motion IS uniformly accelerated motion, since the direction of the motion is constantly changing.
Uniform motion refers to motion with constant (including zero) velocity: that is, the same speed and in the same direction. Non-uniform motion can refer to motion in which the speed or direction of motion are not constant throughout the period under consideration.
'Acceleration' means any change in speed or direction of motion.'Uniform' motion means no change in speed or direction.
Uniform linear motion is not accelerated because the speed of the object remains constant and there is no change in direction. Acceleration refers to any change in speed or direction of an object, and when there is no change in these factors, the motion is considered uniform and not accelerated.
Yes, a person running is an example of non-uniform motion because their speed and direction are changing as they move. This is in contrast to uniform motion, where an object travels at a constant speed and in a straight line.
In uniform motion, the velocity of the object is constant: both in magnitude and in direction. In non-uniform one or other (or both) of these will vary.
The motion of a circulating fan is non-uniform because the speed and direction of the air flow changes as the fan blades rotate. This variation in the intensity and direction of the airflow creates turbulence, causing the motion to be non-uniform.
"Uniform" motion means constant speed in a straight line. "Acceleration" means a change in speed or direction. So uniform motion is unaccelerated motion.
motion that is always constant [Either acceleration or deceleration that is called uniform motion......... motion that undergoes a change in velocity,either by changing speed or changing direction,,,,,that.s changes are called non uniform motion......
The purpose and function of the word "rewarded" here are very unclear, as is the thrust of the question. Uniform circular motion IS uniformly accelerated motion, since the direction of the motion is constantly changing.
Non-uniform motion refers to the type of motion where the speed or direction of an object is changing over time. In non-uniform motion, the object is not moving at a constant speed or in a straight line. Instead, its velocity is varying, and it may be accelerating or decelerating.
Non-uniform motion refers to an object moving at varying speeds and/or changing direction during its motion. This means that the object's velocity is not constant, unlike uniform motion where the velocity remains the same throughout.
Think of uniform as everything moving together. For example, in uniform circular motion describes the motion of a body traversing a circular path at constant speed. The distance of the body from the axis of rotation remains constant at all times. If the motion was non-uniform the distance of the body from the axis of rotation would vary.