By measuring the change in angular diameter of the object
When objects are bound gravitationally in centrifugal motion, the objects are said to be in orbit of each other.
The orbit of a planet (or other object) is maintained by a balance between gravity (which is trying to pull the object inwards) - and centrifugal force (which is trying to 'throw' the object out into space.
In astronomy, "revolution" refers to the motion of a planet in an orbit. This is in distinction to "rotation" which is the spinning motion of a planet or other body. Thus, the Earth rotates on its axis while it revolves around the Sun.
Gravity is the main force that affects objects on Earth, pulling them toward the center. Other forces include friction, which opposes motion, and air resistance, which acts against an object moving through the air. Additionally, external forces like pushes or pulls from other objects can also impact an object's motion on Earth.
Horizontal and vertical components which need to be treated independently from each other when working out either the horizontal or vertical motion.
Motion can be measured using various methods, including speedometers, accelerometers, GPS technology, and motion capture systems. These tools can track an object's position, velocity, acceleration, and other relevant parameters to quantify its motion.
Any moving object can be redefined as a frame of reference at rest, from which all other moving frames can be measured. That's a fundamental precept of Relativity. It's motion is defined only in relation to some other object from which the motion is measured, so reselection as the rest frame is necessary, but once established as a rest frame, it is (for the purpose of measurement) no longer considered to be in motion. Since everything is moving in relation to everything else, any frame can be selected as the frame of reference at rest, with all other motion measured relative to it.
It means, with respect to what is the motion calculated. There is no "absolute" motion, or velocity; you always have to compare an object to some other object, to decide whether it is moving, and how quickly.
Mass is a measure of the amount of matter in an object. It is a fundamental property that can be observed and measured through its effects on the object's motion and interactions with other objects.
Speed refers to how quickly an object is moving, measured in distance covered per unit time. Motion, on the other hand, refers to the change in position of an object with respect to a reference point. Speed is a quantitative measure, while motion is a qualitative description of an object's change in position.
When an object's distance from another object is changing, it is in motion. The change in distance indicates that the object is moving relative to the other object.
Any object can be measured in mass weirdo...
The speed of an object's motion is described by how quickly it is moving, measured in distance covered per unit time. Slow motion refers to a low speed, with the object covering less distance in a given amount of time. Fast motion refers to a high speed, with the object covering more distance in the same amount of time.
It is called relative motion when you compare the motion of one object to that of another object, taking into account their motion relative to each other. This concept is often used in physics to analyze how objects move in relation to each other in different reference frames.
They are the exact same. If an object is standing still, it is in motion. Everything in the world is in motion. Not because of the earth moving, it is because particles in all objects are moving.
Momentum is the measure of an object's motion, taking into account its mass and velocity. Inertia, on the other hand, is an object's resistance to changes in its motion. Momentum affects how easily an object can change its motion, while inertia determines how difficult it is to change the object's state of motion.
Forces such as gravity, friction, and applied forces can cause a change in the motion of an object. Other factors such as air resistance or buoyancy can also influence the motion of an object.