The y-axis superscript is a bit cut off in the plot. Notice that both the x-axis and y-axis have a superscript in their label.

Y_expression <- expression(y^3 ~ variable ~ label) X_expression <- expression(x^3 ~ variable ~ label) #define x and y-axis labels with superscripts The following code shows how to add superscripts to the axis labels of a plot in R: #define data Example 1: Add Superscripts to Axis Labels The following examples show how to use this syntax in practice. Plot(x, y, xlab = x_expression, ylab = y_expression) Y_expression <- expression(y ~ variable ~ label) X_expression <- expression(x^ 3 ~ variable ~ label) Now, do 'Rise/Run' Rise 3 on the Y axis, and go over one on the X-Axis.You can use the following basic syntax to add superscripts or subscripts to plots in R: #define expression with superscript Then, using the slope, turn it into a fraction, the slope is 3, so turn it into 3/1. 5-2=3 3-2=1 3/1=3 Slope=3 Find the Y-Intercept (B): y=mx+b, 2=3(2)+b, 2=6+b 6-4=2 B=-4 Graph y=3x-4 First, put one point on the y-intercept, where the line will cross the Y-Axis, it will be on the Y-axis, and however high up B is, so for the example equation, ,B=-4 so down 4 on the Y-Axis, to the point (0,-4), and put a point there.

Question: Write, in point-intercept form, and equation for a line that passes through the points (2,2) and (3,5), graph. So now, it's y=-2+3, and that's in Point-Intercept form. To get to this, the first thing you need to do, is subtract the X from both sides, So, if the Equation was 6x+3y=9, you subtract the 6x from both sides, so you have 3y=-6x+9, but it's still not in Point-Intercept Form! In Point-Intercept, the 'Y' doesn't have a Coefficient (Number that goes with it), so we have to divide both sides by three, in the example equation. Standard Form is 'Ax+By=C' which is not 'y=mx+b'. But before we go into that, we need to figure out how to get there from Standard Form. Then, after you find the slope, you solve the rest of the Equation.

How to exponent excel graph axis label