A ringing alarm clock is put under a glass jar. The air is slowly removed from the space around it. What will happen as the air is removed? (1 point)
The clock will slowly become quieter and will ultimately fade from view.
The clock will slowly become quieter and will ultimately fade from view.
The appearance of the clock will not change, but its sound will become fainter.
The appearance of the clock will not change, but its sound will become fainter.
The appearance of the clock and the sound of the clock will not change.
The appearance of the clock and the sound of the clock will not change.
The clock will slowly become less visible, until you can only hear it.
1. The appearance of the clock will not change, but its sound will become fainter.
2. They are waves that require some form of matter as a medium.
3. Through denser materials, because the molecules in a tightly packed medium collide more frequently.
4. Rods detect light; cones detect green, blue, and red light; and the brain combines the three colors.
5 Red stripes reflect red and absorb all other light, as does the blue square with blue; white stripes and stars reflect all wavelengths; and the flagpole absorbs all wavelengths.
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The clock will slowly become quieter and will ultimately fade from view.
The appearance of the clock will not change, but its sound will become fainter.
The correct answer is: The clock will slowly become quieter and will ultimately fade from view.
Explanation:
When the air is slowly removed from the space around the ringing alarm clock, the sound waves produced by the clock need a medium (such as air) to travel through in order to reach our ears. As the air is removed, there is less and less medium for the sound waves to travel through. This results in a gradual decrease in the volume of the sound produced by the clock.
Additionally, as the air is removed, there is also a reduction in the amount of air molecules that can interact with and scatter light waves. This reduction in scattering of light leads to the clock becoming less visible to our eyes, ultimately fading from view.