Final answer:
KSHE-94.7 has more energy and a shorter wavelength compared to Wil-92.3 because it has a higher frequency as per the relationship between frequency, wavelength, and energy of electromagnetic waves.
Step-by-step explanation:
Comparison of Radio Station Frequencies
When comparing radio stations Wil-92.3 and KSHE-94.7, the one with the higher frequency will have more energy and a shorter wavelength. Frequency (in Hertz) and wavelength (in meters) are inversely related by the equation c = λf where c is the speed of light, λ is the wavelength, and f is frequency.
1. Considering the station numbers as their frequencies in MHz, KSHE-94.7 has a higher frequency than Wil-92.3 which means it has more energy and a shorter wavelength.
2. The shorter wavelength therefore also belongs to KSHE-94.7 for the same reason as above.
3. Since the frequency value of KSHE-94.7 is greater than that of WIL-92.3, KSHE-94.7 also has a higher frequency.
The relationship between energy, frequency, and wavelength for electromagnetic waves is reflected in these comparisons.