Consider the wave equation: \(y = 10sin(x - 50t)\), What does the number 10 represent?
Answer Details
In the given wave equation \(y = 10sin(x - 50t)\), the number 10 represents the amplitude of the wave.
The amplitude is the maximum displacement of a wave from its rest position. In other words, it is the height of the wave from the middle or equilibrium point to the highest point or the lowest point.
In this case, the amplitude of the wave is 10, which means that the wave oscillates between the values of +10 and -10 units from its equilibrium position. Therefore, the amplitude of a wave determines its intensity or strength.