![]() ![]() In addition, it is capable of animating the graph of parametric equations in both the Cartesian and polar coordinate systems. Unlike other graphing software, this graphing calculator can also graph in non-perpendicular (or non-orthogonal) Cartesian coordinate systems, where axes need not be horizontal or vertical and can intersect at any angle.Īnother unique and tremendously useful feature of this graphing calculator is that it can animate polar graphs of functions. In particular, you can use this graphing calculator to graph conic sections (in the standard and the general form ax^2 + bxy + cy^2 - dx + ey - f = 0, which can be a circle, ellipse, parabola, hyperbola or some degenerated graphs) and also graph level curves, which are in the form F(x,y) = c. In addition to functions, this graphing calculator is capable of graphing equations (including implicitly defined functions), parametric equations and point sets in the Cartesian or polar coordinate systems. The most popular options are ZStandard, which resets the viewing window to original settings, and Z oom In/Zoom Out, which zooms in and out.A graphing calculator is a scientific calculator that is capable of graphing mathematical expressions, such as, functions in the Cartesian or polar coordinate systems. If you would like a simpler solution, you can always press the button on your calculator (it is next to the button), and choose an option from the menu. ![]() TraceStep controls the X-value jump when you are tracing a function in this trace mode. You can access this mode by pressing the button on your calculator, and it allows you to trace the graph, and see the points that make it up. ΔX and TraceStep: This is another value you will probably never change. ΔX is always half of TraceStep, which determines the movement of your cursor on the graph screen when in “trace mode”.In all my years of using these calculators, I have never changed this value, and I doubt you will ever have to either. In simple terms, the larger the number, the faster the graphing, but the worse the quality. It can be set to any integer from 1 to 8. Xres: This determines the resolution of the graph.Xscl and Yscl : This is the distance between the tick marks on the x-axis and y-axis, respectively.Ymin and Ymax: these are, respectively, the smallest and largest values on the y-axis the calculator will display.Xmin and Xmax: these are, respectively, the smallest and largest values on the x-axis the calculator will display.The following diagram should help you understand exactly what these numbers mean: Thankfully, you have this tutorial to guide you. Upon opening it, you will see several scary-looking numbers. The best way to exactly set up the viewing window is to use the button on your calculator (it is right next to the button). If you are unable to see the function you typed in, you may need to adjust your viewing window, as described in the next section. To clear the equations you entered, press, scroll to the equation you want to delete, and press the clear button. To change the equations you entered, just press the button again. When you have finished entering the equations, press the button.Īs soon as this button is pressed, your calculator will get to work drawing your equations on the graph screen! Now that you have entered your equations into the calculator, let’s see what they look like! ![]() You can navigate around using the arrow keys. You can graph up to 10 equations at a time, by typing them into each of the slots listed on the Y= screen. Keep in mind that all of your equations must have the Y term isolated on one side.įor example, if we had an equation such as Y+4=X, we would have to subtract 4 from both sides to get Y=X-4, so that we could type it into our calculator as “X-4”. Notice that I am not typing in the “y=” part, as the calculator does that for us (Y1=, Y2=, etc). To type the “X”, press the button on your calculator. So, for example, if I wanted to enter the equations y=4x+3 and y=x^2+3, I would do it like this: (using the arrow keys to switch to different equation slots) This is where you are able to enter all of the equations that you would like to graph. Entering Your Equationsīefore you can graph anything, you will need to type your equations into your calculator. This includes the TI-84 Plus, TI-84 Plus Silver Edition, TI-84 Plus C Silver Edition, and TI-84 Plus CE calculators. This guide will show you everything you need to know about graphing equations, and applies to every model of the TI-84. However, despite it being easy to learn, it is not immediately obvious how to find and use this functionality. You would think that it would be easy to graph an equation/function on a graphing calculator. ![]()
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