i dont think there is such thing as the equation of a curved line the closest is probably a (hyperbola, ellipse, or parabola) with a restriction making it look like a curved line but it would be very complicated
nonlinear line
The name of a curved line gragh is a pie chart or a circle gragh.
"Curved" refers to something that deviates from a straight line. It may refer to a bend in the road, a line on a graph, or the trajectory of a baseball.
You don't say what the curved line is so it is impossible to say. Is it a case of insufficient accuracy of measurement?
Yes, I'm confident of that.
You should draw a line as straight as a rainbow with cheese.
Draw the axes. Plot the two intercepts. Draw a line connecting the two points
The Clausius-Clapeyron equation graph shows that as temperature increases, vapor pressure also increases. This relationship is represented by a curved line on the graph.
When there is a curved line going upwards on a graph it means the distance is increasing
3
nonlinear line
To draw a vertical line on a graphing calculator, you typically need to use the "Line" or "Graph" feature. Enter the equation of the vertical line in the form (x = a), where (a) is the x-coordinate where you want the line to be drawn. Then, adjust the viewing window settings if necessary to ensure the line is visible. Finally, graph the equation to see the vertical line displayed on the screen.
The curved line on a time vs. distance graph represents that the object is accelerating.
An example of an equation with a degree greater than 1 is (y = x^2 - 4x + 4). This is a quadratic equation, and its graph is a parabola, which does not produce a straight line. Since its highest exponent is 2, it is classified as degree 2, and the graph will show a curved shape rather than a linear one.
7
it is a line on a graph that is curved
The "form" only refers to how the equation of the line is written. It has no effect on what the line looks like when the equation is graphed. To graph a linear equation, no matter what form it's written in: -- Pick a number for 'x'. Use the equation to calculate 'y'. Graph the point. -- Pick another 'x'. Use the equation to calculate the new 'y'. Graph the point. -- Draw a straight line between the two points, and as much farther as you want to in either or both directions.