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There is no such thing as a "stationary" object. Every motion is always measured relative to something else, which, coincidentally, is what the question is all about. The thing against which motion is measured is called the "reference frame".
What a strange question! Motion cannot be measured. You can only measure Speed or Velocity, or Acceleration , or Distance travelled. Speed is a measure that relates Distance travelled in a particular Time. It is very easy to look at a moving object, but you cannot expect to have a brain which tells you precisely how far the object moved, just by looking at it. Perhaps you have been reading too many Science Fiction Novels lately!
to determine if the motion of an object is decrease or increase by looking at the visual representation or looking at the graph
An outside force, measured in Newtons(N)
There's no such thing as "motion through space". Motion must be measured relative to another object. So we just measure how fast the other object appears to be moving, and there we go.
Yes
Yes
no you have to get different kinds of rates to know that i the exact answer.
There is no such thing as a "stationary" object. Every motion is always measured relative to something else, which, coincidentally, is what the question is all about. The thing against which motion is measured is called the "reference frame".
By measuring the change in angular diameter of the object
motion
motion
What a strange question! Motion cannot be measured. You can only measure Speed or Velocity, or Acceleration , or Distance travelled. Speed is a measure that relates Distance travelled in a particular Time. It is very easy to look at a moving object, but you cannot expect to have a brain which tells you precisely how far the object moved, just by looking at it. Perhaps you have been reading too many Science Fiction Novels lately!
to determine if the motion of an object is decrease or increase by looking at the visual representation or looking at the graph
An objects speed or motion is measured by distance divided by time.
An outside force, measured in Newtons(N)
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.