How to find amplitude of a graph calculator

How to find amplitude of a graph calculator?

Graph calculator’s amplitude can be found using the Pythagorean Theorem. For example, the amplitude of the curve shown in the figure is the length of the shaded area. The length of the shaded area is equal to the hypotenuse of a right triangle with sides A (the distance between the peaks of the curve), B (the distance between the peaks of the curve and the x-axis), and C (the distance between the peaks of the curve and the base of

How to find amplitude of an exponential equation calculator?

To find amplitude in an exponential equation calculator you need to use the exponent function. The exponent function is the key element used to describe growth or decay in an equation. Using the exponent function, you will be able to add a number to any number in an exponential equation.

How to find amplitude of a linear equation calculator?

To find an equation’s amplitude we need to know two things: the minimum value of the graph and the maximum value of the graph. To find the minimum value, we use the Find Minimum function. You can find it in the Find menu. Once you locate the graph, press the Find button. A red box will appear around the point with the minimum value. To find the maximum value, use the Find Maximum function. It can be found in the Find menu as well. The maximum

How to find amplitude of a parabolic equation calculator?

You should use the function “SOLVE” (or “SOLVEQ”) to solve the parabolic equation. If you get an answer, then the amplitude of the graph is the value of the function at the point you got the solution. If you don’t get an answer, you’ll have to try a different method.

How to find amplitude of a logarithmic equation calculator?

To calculate the logarithm of an equation, you need to know the base of the logarithm. For example, in log of base 10, the base is 10, and the exponent is log10 of your first number. To find the amplitude of a logarithmic equation calculator, you need to use the exponent of the solution.