Yes, it is. Trajectory also depends of direction of acceleration, not only it's magnitude.
When you consider circular orbit, the agnitude of centripetal acceleration is constant, but the vector directions changes every moment to point constantly at the center.
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∙ 15y agoNo, it is not possible to go around a curve with constant velocity as velocity is a vector quantity that includes both speed and direction. As you move around a curve, the direction of motion changes, which means the velocity is also changing even if the speed remains constant.
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∙ 13y agoNo, the definition of acceleration is the increase change in velocity over time. An acceleration can also be a decrease in velocity over time. Constant velocity refers to an object that maintains the same velocity as time progresses. If the object has an acceleration, its velocity will not remain constant.
In the case of rotational velocity there is a constant internal acceleration that has the magnitude v2/r
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∙ 14y agoNo. Constant velocity implies a constant speed, AND a constant direction.
No. Constant velocity implies a constant speed, AND a constant direction.
No. Constant velocity implies a constant speed, AND a constant direction.
No. Constant velocity implies a constant speed, AND a constant direction.
Wiki User
∙ 14y agoNo. Constant velocity implies a constant speed, AND a constant direction.
Wiki User
∙ 11y agoNo. Since the direction changes, so will the velocity.
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∙ 12y agoNo.
Yes, an object can be accelerated even if it is moving at a constant speed if the direction of its velocity changes. This change in velocity, even if the magnitude of speed remains constant, indicates acceleration. For example, if a car is moving around a circular track at a constant speed, its direction is changing constantly, resulting in acceleration.
Even though the person is moving at a constant speed, they are changing direction constantly as they go around the track. Since acceleration is defined as any change in velocity, and velocity includes both speed and direction, the person running on a circular track is experiencing acceleration.
In uniform circular motion, although the speed of the particle remains constant, the velocity constantly changes direction as it moves around the circle. Since velocity is a vector quantity that includes both speed and direction, despite the constant speed, the changing direction of the velocity means that the particle is not moving at a constant speed.
No, uniform velocity cannot appear in circular motion because the direction of the velocity is constantly changing in circular motion due to the centripetal acceleration required to keep an object moving in a curved path. Uniform velocity implies constant speed and direction, which is not the case in circular motion.
Yes. Acceleration means either speed or direction is changing. If direction is changing,then that's acceleration, even if speed is constant.
Yes; although speed ( a scalar quantity) may be constant the velocity ( a vector with quantity and direction) is changing because the direction is changing
Yes, an object can be accelerated even if it is moving at a constant speed if the direction of its velocity changes. This change in velocity, even if the magnitude of speed remains constant, indicates acceleration. For example, if a car is moving around a circular track at a constant speed, its direction is changing constantly, resulting in acceleration.
Even though the person is moving at a constant speed, they are changing direction constantly as they go around the track. Since acceleration is defined as any change in velocity, and velocity includes both speed and direction, the person running on a circular track is experiencing acceleration.
Acceleration is any change in velocity. It could be a change in speed or direction. Technically, even slowing down is acceleration.
. . . velocity, because one of the components of velocityis the direction of the speed.
In uniform circular motion, although the speed of the particle remains constant, the velocity constantly changes direction as it moves around the circle. Since velocity is a vector quantity that includes both speed and direction, despite the constant speed, the changing direction of the velocity means that the particle is not moving at a constant speed.
Velocity is the measure of increasing and decreasing speed. For example... on a velocity graph, if the object being measured is gradually getting faster the line will go up. If it is getting slower, it will go down, if it is staying at a constant speed, the line will be straight
No, uniform velocity cannot appear in circular motion because the direction of the velocity is constantly changing in circular motion due to the centripetal acceleration required to keep an object moving in a curved path. Uniform velocity implies constant speed and direction, which is not the case in circular motion.
You may go off the road.
A curve to the left, the vehicle would go to the right with no steering. A curve to the right, the vehicle would go left with no steering. Because any object in motion will continue to go straight unless another force takes it in another direction.
Yes. Acceleration means either speed or direction is changing. If direction is changing,then that's acceleration, even if speed is constant.
distance = velocity x time = 15 m/s x 4 s = 60 m