AM radio station broadcasts at 820 kHz while its FM partner broadcasts at 89.7 MHz
Calculate the smallest increment of energy that can be emitted or absorbed at these wavelengths.
Solution:
h1=cν=3×1088.97×107=3.34mh1 = \frac{c}{ν}= \frac{3×10^8 }{8.97×10^7}= 3.34mh1=νc=8.97×1073×108=3.34m
h2=cν=3×1088.2×105=365.85mh2 = \frac{c}{ν}= \frac{3×10^8}{8.2×10^5}= 365.85 mh2=νc=8.2×1053×108=365.85m
Answer: 3.34m, 365.85m
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