yulia observed a sound wave moving through a solid medium at four different temperatures, and she recorded…

yulia observed a sound wave moving through a solid medium at four different temperatures, and she recorded observations about each one in the chart.\n| wave | temperature (degrees celsius) |\n| ---- | ---- |\n| w | 15 |\n| x | 33 |\n| y | 12 |\n| z | 2 |\nwhich correctly ranks, from fastest to slowest, the time it will take one wavelength to pass a certain point?\no wave x → wave y → wave w → wave z\no wave z → wave w → wave y → wave x\no wave x → wave w → wave y → wave z\no wave z → wave y → wave w → wave x

yulia observed a sound wave moving through a solid medium at four different temperatures, and she recorded observations about each one in the chart.\n| wave | temperature (degrees celsius) |\n| ---- | ---- |\n| w | 15 |\n| x | 33 |\n| y | 12 |\n| z | 2 |\nwhich correctly ranks, from fastest to slowest, the time it will take one wavelength to pass a certain point?\no wave x → wave y → wave w → wave z\no wave z → wave w → wave y → wave x\no wave x → wave w → wave y → wave z\no wave z → wave y → wave w → wave x

Answer

Explanation:

Step1: Recall sound - speed and temperature relation

The speed of sound in a solid medium increases with an increase in temperature.

Step2: Determine wave speeds

Higher - temperature waves have higher speeds. So, the order of wave speeds from fastest to slowest is: Wave X (33°C) > Wave W (15°C) > Wave Y (12°C) > Wave Z (2°C).

Step3: Relate speed and time for one - wavelength

The time (t) taken for one wavelength (\lambda) to pass a point is given by (t=\frac{\lambda}{v}), where (v) is the speed of the wave. Since (\lambda) is constant, the wave with the highest speed will take the least time and the wave with the lowest speed will take the most time.

Answer:

Wave Z → Wave Y → Wave W → Wave X