Distance covered at a given time.
They both give you info on a specific thing or object
Line Graph.... Bar Graph... And some Scattered Dot Graph thing...........
Yes, a circle graph and a pie chart are the same thing
Creating a line graph is a simple thing to do. If you have two points, you can create a line graph.
yes
yes you can plot same things from a frequency graph on a line graph because it is the same thing :) peace
Given a position vs. time graph, all sorts of analyses can be done. The slope through two points on the graph represents the change in position over the change in time, or the velocity. More precisely, this is equal to dx/dt where x models position and t is time. This is known as the derivative of the function. Moreover, we can take d2x/dt2 (the second derivative) to obtain acceleration, another useful thing to know.
At least two things regarding the motion can be interpreted from the graph of speed versus time.The slope of the graph represents the acceleration of the thing being charted.And the net area under the graph represents the position of the thing being charted.Each of these graphed as they change with time, on the same time scale as the original graph or some other one if more convenient.
They are the same thing, so it really doesn't matter. I usually say graph, but whatever is easiest to you.
Intercept for a graph are points at which the graph crosses either axis. There is no such thing as an intercept for tables.
A point represents an infinitesimally small area in space. In the case of a line graph, and assuming the point is on the line, it represents the exact value of the linear function of x, f(x) or y, at any given value of x. The important thing to remember is that when you actually draw a dot on a graph representing a point, you're really representing an object with no dimensions.
A point represents an infinitesimally small area in space. In the case of a line graph, and assuming the point is on the line, it represents the exact value of the linear function of x, f(x) or y, at any given value of x. The important thing to remember is that when you actually draw a dot on a graph representing a point, you're really representing an object with no dimensions.