Wave Speed Calculator

Guide to Using the Wave Speed Calculator

This guide will walk you through the steps needed to use the Wave Speed Calculator effectively. The calculator provides various input fields for calculating wave speed, period, angular frequency, and wave number based on given frequency, wavelength, and medium type.

Step 1: Provide Frequency

Begin by entering the frequency of the wave in the designated field labeled Frequency (Hz). Ensure that the value is a number greater than or equal to 0. You can use decimal precision up to two places if needed. This field is required, so make sure not to leave it blank.

Step 2: Provide Wavelength

Next, enter the wavelength of the wave in the field labeled Wavelength (m). Similar constraints apply: the value must be a number greater than or equal to 0, and you can use up to two decimal places. This field is also required and should be filled with care.

Step 3: Select Medium Type

To compute the wave speed accurately, select a medium type from the dropdown menu in the Medium Type field. Here are a few options:

• Air (20°C): Speed is 343 m/s.
• Water (20°C): Speed is 1484 m/s.
• Steel: Speed is 5120 m/s.
• Custom: Choose this option if you have a specific wave speed in mind for a different medium.

This field is mandatory, so ensure you make a selection before proceeding.

Step 4: Enter Custom Wave Speed (If Needed)

If you selected “Custom” as the medium type in the previous step, you will need to input a custom wave speed in the Custom Wave Speed (m/s) field. This is a conditional field and is not required if any predetermined medium type is selected instead.

Step 5: Calculate and View Results

Once you have provided the necessary inputs, the calculator will compute the results automatically. You will be presented with the following calculated values:

• Wave Speed: Calculated using the formula frequency * wavelength, displayed in m/s with two decimal places of precision.
• Period: Calculated as 1 / frequency, displayed in seconds with four decimal places of precision.
• Angular Frequency: Calculated as 2 * π * frequency, displayed in rad/s with two decimal places of precision.
• Wave Number: Calculated as 2 * π / wavelength, displayed in rad/m with two decimal places of precision.

Review these results to gain insight into the properties of the wave based on your specified parameters.

This concludes the guide on using the Wave Speed Calculator. Ensure all required inputs are accurately provided to derive reliable and precise results.