Questions & Answers for: calculating slope calculator

analytic geometry (-2,2) 2x-5y+4=0 equation of line perpendicular assuming the question is what is the circle equation? and if (-2,2) is the center of the circle the equation should look like this: (x

...slope formula, but I am going to assume you want to draw the graph of a function y= f(x) and you are having a problem. Press the STAT button and Select 4:PlotsOff Press ENTER Calculator displays DONE ...

how to fine the slope and y-intercept for f(x)=-8x-6 The slope is the coefficient of the x term and the intercept is the constant term. So, for f(x)=-8x-6, the slope is -8 and the intercept is -6.

can u calculate the gradient of a line?. If s how? What you call the gradient is usually called the slope of the line. Select two points P1 and P2 on the line. Read their coordinates P1(X_1, Y_1), and

slope. You can use your calculator's linear regression capabilities: First step: Press the STAT button (next to the arrow keys toward the top right of your calculator). Second: Select the first option

calculator can be used to find the slope and the y-intercept. You write the formula for the rate of change (a)  and use the calculator to  calculate it. Then you use the formula to find 

...slope for a set of x and y points on my calculator Use the definition of the rate of change (or slope). Let two points be given by the coordinates P_1(x_1, y_1), and P_2(x_2,y_2). The rate of change ...

how do you grsph a slope? You do not graph a slope as the slope is just one number that characterises a linear function. Rather you need to draw the linear function.Press the Y= key to enter the ...

How do you find the slope of an equation? I couldn't find how to find the slope in an equation from any other sites. If your equation can be written in the form of a function (y=f(x)), the slope of ...

Calculate the slope of the secant line through the points on the graph where x=1 and x=3. You have to provide the graph. Depending on the graph, the slope of the secant line can be just about anything