Yes, and the classic example that all mathematics students study is the motion of a projectile.
Typically a ball is thrown (or a cannonball fired) at an angle to the horizon and pupils study its trajectory. With some simplifying assumptions, the trajectory is a parabola. Ignoring air resistance (a simplifying assumption), the only acceleration is due to the downward acting force of gravity.
This is a line. (It goes on forever both ways. It has one dimension because there is only one direction of motion on the line: forwards and backwards (you can't turn). Two dimensions allows for left and right, and three dimensions allows for up and down.)
One dimension is a line. It has length, nothing else. Picture a number line. Two dimensions is a plane. It has length and width. Picture a graph.
It's true that a point has no dimensions. But a line has one dimension, not two. A plane has two dimensions, a solid has three, and that's about all that ordinary people can visualize.
The length is one dimension. You can measure it along one edge of the floor. The width is another dimension. You can measure it along another edge of the floor. The height is the third dimension. You can measure it in the corner where two walls meet.
Two.
three dimention
One dimension has only one axis of possibilities. Motion in one dimension is motion on straight line. Two dimensions is motion on a plane. Two axes meet at right angles and extend in both directions. A point can be located anywhere that can be described as two points in this plane.
360
No, projectile motion involves motion in two dimensions - one horizontal and one vertical. The vertical motion is affected by gravity, while the horizontal motion is independent of gravity, assuming no air resistance.
Relative acceleration refers to the difference in acceleration between two objects that are in motion relative to each other. It measures how their acceleration vectors are changing with respect to each other as they move. This concept is often used in the study of dynamics and motion in physics.
The net acceleration in nonuniform circular motion has two components: the tangential acceleration, which is due to changes in speed along the circular path, and the radial acceleration, which points towards the center of the circle and is responsible for changing the direction of velocity. The net acceleration is the vector sum of these two components.
In two-dimensional motion that is not projectile motion, the object may have acceleration even if it is not accelerating overall. This is because the object's velocity can change direction in two dimensions without necessarily changing its magnitude, leading to acceleration along curved paths. Projectile motion, on the other hand, involves acceleration only in the vertical direction due to gravity while the horizontal velocity remains constant.
Rest and constant velocity.
Acceleration and deceleration are two examples of motion in which the instantaneous speed changes. Acceleration occurs when an object speeds up, while deceleration occurs when an object slows down.
simple harmonic motion (SHM) the two summits of motion are an example
Motion can be measured using tools such as accelerometers, gyroscopes, or optical sensors. These devices can track changes in position, velocity, and acceleration of an object in one, two, or three dimensions, allowing for accurate measurement of motion.
Velocity and acceleration are two components used to define motion. Velocity describes the speed and direction of an object's motion, while acceleration describes how quickly an object's velocity is changing.