1. Amplitude
2. Electromagnetic waves
3. Without the specific information from the table, no conclusion can be made
4. Sound waves require a medium to travel, while light waves can travel through a vacuum
5. Visible light is a part of the electromagnetic spectrum and is detected by photoreceptors in the eye
6. The water is disturbed by the rock, causing ripples that distort the reflection
7. A room with hard, flat surfaces
8. Absorb sound effectively
9. Black paper absorbs more heat from sunlight than white paper
10. Sound waves spread out and dissipate as they travel further from the source
11. Electromagnetic waves
12. FM waves have higher frequency and higher energy.
i need help quick pls
the bottom wave has a greater_____.
which type of wave can carry energy through a vacuum
The table shows information about 2 waves based on the given information which conclusion can be made
how are sound waves different from light waves
how are visible light the electromagnetic spectrum and photoreceptors in the eye related
a student drops a rock in a pond and notices that her reflection in the water becomes less clear which statement best explains the student observation
a room with which type of surface will most likely produce an echo
a builder wants to make a room soundproof in a new home the builder should use materials that____.
a student puts a piece of black paper and piece of white paper in the same sunny spot after 30 min she observed that the black paper feels warmer that the white paper which best explains the student observation
during a baseball game the sound of the bat hitting the ball can be heard in most parts of the stadium that sound is weaker at greater distances what the cause of this phenomenon is
which type pf wave can travel through a vacuum
AM waves have a wavelength of approximately 100 meters FM waves have a wavelength of approximately 1 meter which one has higher frequency which on has higher energy
1 answer