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**Problem Statement:**
An object floating on the water surface experiences wave motion with a wave speed of \( v = 30 \, \text{m/s} \).

Given the wave period \( T = 6 \, \text{s} \):

a. Determine the wavelength of the waves.

b. How many waves pass by a point on the shore in 1 minute? Then, how many waves are there in the water over a 500 m section along the shore, assuming the wavelength from part a?

c. The wave amplitude is 50 cm. Calculate the vertical distance traveled by the object (total vertical movement) as the wave passes over it during one wave period.

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I can help solve each part of the problem. Would you like me to begin solving part (a)?

An object floating on the water surface experiences wave motion with a wave speed of 30 m/s. Given the wave period is 6 seconds, solve the following:
1. Determine the wavelength of the waves.
2. How many waves pass by a point on the shore in 1 minute? How many waves are there in the water over a 500 m section along the shore?
3. If the wave amplitude is 50 cm, calculate the total vertical movement during one wave period.

Solve a wave motion problem involving wave speed, frequency, wavelength, and amplitude. Learn how to determine the wavelength, calculate the number of waves passing a point, and find the total vertical displacement for a wave with a speed of 30 m/s and a period of 6 seconds. Suitable for high school students.

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