A line parallel to the horizontal (time) axis usually indicates that the radial velocity of the object is zero, that is, the object is not moving towards or away from the origin. The object need not be still since it can be moving at any speed in a transverse direction.
Two parallel lines indicate two objects, at different distances from the origin, gthat are moving at the same radial speed.
As a helix of semi-precious stones. (With apologies to Samuel R. Delany.)
I can't figure out what you're trying to ask here. We can't tell what the graph shows without seeing the graph.
For, slope parallel to x-axis--------distance-time graph represents that velocity is constant and acceleration is zero.But for y-axis I don't know sorry.
The obect was stationary during the time period indicated by the end points of the horizontal section.
It means that either the distance is measured from the finish-line, or else the object is moving backwards, because the distance is shrinking as time goes on.
Not necessarily. If the horizontal line is laying on top of the x-axis, then the speed is zero at any time, and the object isn't moving. But if the horizontal line is parallel to the x-axis, then the object is moving with constant speed.
Many sets of data do not form into straight lines. If by "What if" you mean how to plot a line onto this graph. Then simply draw a curved line of best fit.
Latitude = Fatitude = AROUND THE WORLD. It doesn't really mean parallel. The equator is a line of latitude. Latitude = Fatitude = AROUND THE WORLD. It doesn't really mean parallel. The equator is a line of latitude. Latitude = Fatitude = AROUND THE WORLD. It doesn't really mean parallel. The equator is a line of latitude. Latitude = Fatitude = AROUND THE WORLD. It doesn't really mean parallel. The equator is a line of latitude. Latitude = Fatitude = AROUND THE WORLD. It doesn't really mean parallel. The equator is a line of latitude. Latitude = Fatitude = AROUND THE WORLD. It doesn't really mean parallel. The equator is a line of latitude.
If you mean: y = 3x+2 then the parallel line will be y = 3x-3
BecAuse that would mean it is going an infinite speed. The slope of a distance time graph is the objects velocity or speed. If there is a line parallel to the distance axis, there is a vertical line. The slope of a vertical line is infinite. It is not possible to go an infinite speed.
If acceleration is negative the graph looks like a upside U and decreases in value as time continues If acceleration is constant the graph is a straight line (linear) at 0 or whatever the velocity is
line graph
Do you mean "Why might a parallel line algorithm be needed?" or "What properties does a parallel line algorithm need to have?".
it means what you see the most on the graph
you mean line of best fit?
If you mean: y = 0.5x-10 then an equation parallel to it will have the same slope of 0.5 but a y intercept different to -10
velocity
No. A vertical line on a position-time graph would mean that an object moved a given distance in zero time, in other word that it traveled infinitely fast.
The obect was stationary during the time period indicated by the end points of the horizontal section.
It means that the function is constant.