what u do is as someone very smart to do it for you
does it have graph calculator
yes
Hit "Y plot" and insert your equation, then hit graph.
xe-x
To graph the equation ( D = 2.5t ) on a graphing calculator, first, input the equation into the graphing mode. Set up your calculator to plot ( D ) on the y-axis and ( t ) on the x-axis. Adjust the window settings to ensure the graph is visible, for example, setting the x-range from 0 to a suitable upper limit (like 10) and the y-range accordingly. Finally, press the graph button to visualize the linear relationship between ( D ) and ( t ).
does it have graph calculator
No.
Calculator
Graphing calculators are true to their name: they can graph out equaitions. Letting the calculator graph out equations is a lot easier than plotting and drawing your own graph, but you do not NEED a graphing calculator. Besides that, their functions are similar to other scientific caculators.
To make a graph on a calculator, the first button you typically press is the "Y=" or "Graph" button, depending on the model. This allows you to input the equations or functions you want to graph. After entering the equations, you can then press the "Graph" button to display the graph on the screen.
yes
Graphing calculators are true to their name: they can graph out equaitions. Letting the calculator graph out equations is a lot easier than plotting and drawing your own graph, but you do not NEED a graphing calculator. Besides that, their functions are similar to other scientific caculators.
Hit "Y plot" and insert your equation, then hit graph.
On my graphing calculator, a TI84 Plus, I can enter the equation into the Y= (a button) and then graph it by hitting the Graph button.
xe-x
To graph the equation ( D = 2.5t ) on a graphing calculator, first, input the equation into the graphing mode. Set up your calculator to plot ( D ) on the y-axis and ( t ) on the x-axis. Adjust the window settings to ensure the graph is visible, for example, setting the x-range from 0 to a suitable upper limit (like 10) and the y-range accordingly. Finally, press the graph button to visualize the linear relationship between ( D ) and ( t ).
y=x+1