Waves online worksheet - Free Printable

Let me work through each question step by step.

Question 1: Which statement accurately describes the two waves below?

Looking at the two wave diagrams:
- Left wave: Has more cycles/waves in the same space (higher frequency, shorter wavelength)
- Right wave: Has fewer cycles/waves in the same space (lower frequency, longer wavelength)

Both waves appear to have the same amplitude (height from center line to peak).

The accurate description would be: The left wave has a higher frequency and shorter wavelength than the right wave.

Question 2: Which wave is carrying the most energy?

Looking at the three waves with different amplitudes:
- Low amplitude wave
- Medium amplitude wave
- High amplitude wave

Energy in a wave is related to both amplitude AND frequency. However, when comparing waves of the SAME frequency (which these appear to be - they have the same number of cycles), the wave with the HIGHEST AMPLITUDE carries the most energy.

Answer: The high amplitude wave carries the most energy.

Question 3: What happens to the wavelength of a wave as frequency increases?

From the electromagnetic spectrum diagram at the top:
- Moving left to right: wavelength INCREASES (0.0001 nm → 100 m)
- Moving left to right: energy DECREASES
- Frequency is inversely related to wavelength

When frequency INCREASES, wavelength DECREASES.
When frequency DECREASES, wavelength INCREASES.

Answer: As frequency increases, wavelength decreases.

Question 4: What two factors cause waves to carry more energy?

Based on wave physics and the diagram:
1. Amplitude - Higher amplitude = more energy
2. Frequency - Higher frequency = more energy

These are the two key factors that determine wave energy.

Question 5: Fill in the blanks

Let me work through this systematically:

"On the electromagnetic spectrum as the wavelength decreases, frequency __________."
- When wavelength decreases, frequency INCREASES (they're inversely related)

"As the wavelength __________, frequency decreases."
- When wavelength INCREASES, frequency decreases

"__________ and __________ determine the amount of energy a wave is carrying,"
- AMPLITUDE and FREQUENCY determine energy

"so the higher and shorter a wave is then the __________ the amplitude and the __________ the frequency."
- "Higher" refers to amplitude, so: GREATER/HIGHER the amplitude
- "Shorter" refers to wavelength, which means HIGHER frequency
- So: GREATER/HIGHER the amplitude and the HIGHER/GREATER the frequency

Wait, let me reconsider. "Higher and shorter a wave" - "higher" could mean taller amplitude, "shorter" means shorter wavelength (which equals higher frequency).

So: the GREATER/HIGHER the amplitude and the HIGHER/GREATER the frequency.

"As energy transfer decreases, the amplitude __________ causing a sound to get __________."
- As energy decreases, amplitude DECREASES
- This causes sound to get SOFTER/QUIETER

Let me verify my answers once more before finalizing...

All answers check out based on wave physics principles shown in the diagram.

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Final Answer:

1. The left wave has a higher frequency and shorter wavelength than the right wave.

2. The high amplitude wave

3. Decreases

4. Amplitude and frequency

5.
- increases
- increases
- Amplitude and frequency
- greater/higher, higher/greater
- decreases, softer/quieter