QuestionMay 4, 2025

Which are characteristics of the speed of light? Check all that apply. The speed of light is the speed all waves travel. The speed of light is the speed electromagnetic waves travel. The speed of light is 3.0times 10^8m/s in space. The speed of light is the same in all matter. The speed of higher frequency light slows down more than lower frequency light in matter.

Which are characteristics of the speed of light? Check all that apply. The speed of light is the speed all waves travel. The speed of light is the speed electromagnetic waves travel. The speed of light is 3.0times 10^8m/s in space. The speed of light is the same in all matter. The speed of higher frequency light slows down more than lower frequency light in matter.
Which are characteristics of the speed of light? Check all that apply.
The speed of light is the speed all waves travel.
The speed of light is the speed electromagnetic waves travel.
The speed of light is 3.0times 10^8m/s in space.
The speed of light is the same in all matter.
The speed of higher frequency light slows down more than lower frequency light in matter.

Solution
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Answer

- The speed of light is the speed electromagnetic waves travel. ### - The speed of light is 3.0\times 10^{8}m/s in space. ### - The speed of higher frequency light slows down more than lower frequency light in matter. Explanation 1. Identify correct characteristics The speed of light is specifically the speed at which electromagnetic waves travel, not all waves. It is approximately 3.0 \times 10^{8} \text{ m/s} in a vacuum (space). In matter, the speed of light can vary and is generally slower than in a vacuum. Higher frequency light tends to slow down more than lower frequency light when passing through matter due to dispersion.

Explanation

1. Identify correct characteristics<br /> The speed of light is specifically the speed at which electromagnetic waves travel, not all waves. It is approximately $3.0 \times 10^{8} \text{ m/s}$ in a vacuum (space). In matter, the speed of light can vary and is generally slower than in a vacuum. Higher frequency light tends to slow down more than lower frequency light when passing through matter due to dispersion.
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