The answer option which indicates a true relationship is: A. Higher-energy light has a higher frequency than lower-energy light does.
A wave can be defined as a disturbance in a medium that progressively transports energy from its source to another location, without an equivalent transportation of matter.
In Science (Physics), there are two main types of wave:
Light energy is an example of electromagnetic wave because it does not require a medium of propagation for it to travel.
Hence, light energy can travel through a vacuum (space), where no particles exist.
In Science, light energy are grouped into two main categories and these are:
I. Higher-energy light: it has a higher frequency in comparison with others.
II. Lower-energy light: it is typically characterized by a lower frequency.
In conclusion, a higher-energy light has a higher frequency while lower-energy light has a lower frequency.
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Answer:
A. Higher-energy light has a higher frequency than lower-energy light does.
Explanation:
Correct Answer
