In order to observe motion, we adopt a frame of reference in which the observer is thought to be motionless. Nothing is truly motionless; even though I appear to be sitting motionlessly at my desk (not counting my moving fingers as I type) I am on a planet that rotates on its axis once per day and which revolves around the sun once per year, while the solar system as a whole revolves around the center of the milky way galaxy, and the galaxy itself is also moving. I can ignore all of those motions and assume that I am motionless, if that is the frame of reference that I choose.
An inertial frame of reference = constant vel. non inertial frame of reference = acceleration
Having a velocity vector equal to 0 (zero) with respect to the frame of reference.
Shifting the frame of reference refers to
Earth is the most common frame of reference.
Frame of reference can be used to describe acceleration.
An inertial frame of reference = constant vel. non inertial frame of reference = acceleration
Having a velocity vector equal to 0 (zero) with respect to the frame of reference.
Frame Of Reference. which means a framework that is used for the observation and mathematical description
Shifting the frame of reference refers to
Earth is the most common frame of reference.
Frame of reference can be used to describe acceleration.
Frame of reference can be used to describe acceleration.
Then it is possible to calculate their lifetime in our frame of reference.
its frame of reference
Relative motion is movement in relation to a frame of reference.
earth
the inertial reference frame is not absolute. because motion is not absolute. motion is relative depends on who's looking/observing.