How to find amplitude of a graph equation?

If you’re not looking for the absolute value of an equation, but rather the difference between its maximum and minimum values, you can use the amplitude of the graph equation. To find the amplitude, you’ll need to take the square root of the sum of the squares of the maximum and minimum values.

How to find amplitude of a sine equation?

There are two ways to find the amplitude of a sine wave. The first is to directly use the graph or graph equation. To do this, you need to plug in the values for the amplitude, period, frequency, and the starting and ending points of the graph and see if the resulting value is greater than zero. The other way is to use the graph or graph equation to find the amplitude of a sinusoidal function. The result will be the amplitude where the line is the maximum height

How to find the amplitude of an exponential function?

If you have a graph of an exponential function, you can determine the amplitude of the curve from the equation. To do this, you need to know the base of the exponent. If the base is 10, then the exponent is raised to the 10th power. So, the amplitude of an exponential function with base 10 will be 10, 100, 1,000, or 10,000 depending on the value of the exponent.

How to find the amplitude of an exponential equation?

The amplitude of an exponential equation is the distance between the minimum value on the graph and the maximum value on the graph. The maximum value is the value of the function at the time when the function curve passes through the point (1,0), and the minimum value is the value of the function at the time when the function curve passes through the point (0,0).

How to find the amplitude of a function equation?

Amplitude is the maximum value that a wave can reach during its cycle, while the minimum value is called the trough. This is usually represented as a vertical line, which intersects the wave graph at the peaks and troughs. Amplitude is expressed in absolute value, so it makes sense that the amplitude of a wave with a positive value is higher than the amplitude of a wave with a negative value.