Question

topic questions:6what is theanatomy of awave?wavelengthamplitudethe wavelength is the ____ from thestart of one __ to the end of the__ compression or from the end of onerarefaction to the end of the next rarefaction.the amplitude is the __ from the__ to the crest or the__ to the trough of the wave.particles of the water__ apart__ areas, particles __ together and spread apart as the sound energy moves through the__7what is awave?wave direction__ waves are a type of surface wave created by __. energy is moving through thewater but the water particles themselves are traveling in __ paths. the wave motionchanges when the waves hit the __. surfers take advantage of the wave __a surface wave is another __ of mechanical wave that occurs in __. particles move__ parallel and perpendicular to the motion of the wave and their motion becomes __the ducks position does __ change as the surface waves pass ____ him.

Explanation:

Step1: Fill wave anatomy labels

1. Top blank (curved arrow): $\text{Crest}$ (highest point of a wave)
2. Middle blank (Wavelength): $\text{distance between identical points}$ (e.g., crest to crest)
3. Bottom blank (Amplitude): $\text{maximum displacement from rest position}$
4. Left blank (wave type): $\text{Transverse}$ (particles move perpendicular to wave direction)
5. Water particle motion: $\text{circular}$ (for surface waves)

Step2: Fill sound wave (longitudinal) blanks

1. Top left (sound wave type): $\text{Longitudinal wave}$
2. Sound particle motion: $\text{vibrate back and forth}$
3. Wavelength for longitudinal: $\text{distance between two consecutive compressions/rarefactions}$
4. Compression definition: $\text{region where particles are close together}$
5. Rarefaction definition: $\text{region where particles are spread apart}$

Step3: Fill surface wave blanks

1. Surface wave classification: $\text{type}$
2. Surface wave medium: $\text{interfaces (e.g., air-water)}$
3. Surface wave motion change: $\text{not}$; $\text{circular}$

Step4: Fill general wave definition blanks

1. Surface wave cause: $\text{wind (or disturbances like earthquakes)}$
2. Water particle path: $\text{circular}$
3. Wave energy transfer: $\text{medium (water)}$
4. Wave breaks when hitting: $\text{shore (shallow water)}$
5. Surfer uses wave: $\text{energy to propel forward}$

Answer:

Question 6 (Wave Anatomy & Types)

1. Top curved arrow: $\text{Crest}$
2. Wavelength: $\text{distance between identical points on a wave (e.g., crest to crest)}$
3. Amplitude: $\text{maximum distance a particle moves from its rest position}$
4. Left wave type label: $\text{Transverse}$
5. Water particle motion: $\text{circular}$
6. Sound wave type: $\text{Longitudinal wave}$
7. Sound particle motion: $\text{vibrate back and forth}$
8. Longitudinal wavelength: $\text{distance between two consecutive compressions (or rarefactions)}$
9. Compression: $\text{region where wave particles are packed close together}$
10. Rarefaction: $\text{region where wave particles are spread far apart}$

Question 7 (Surface & General Waves)

1. Surface wave classification: $\text{type}$
2. Surface wave medium: $\text{the boundary between two media (e.g., air and water)}$
3. Surface wave motion change: $\text{not}$; $\text{circular}$
4. Surface wave creation: $\text{wind (or large disturbances like seismic activity)}$
5. Water particle path: $\text{circular}$
6. Wave energy transfer: $\text{water (the medium)}$
7. Wave breaks on: $\text{shore (shallow coastal water)}$
8. Surfer uses wave: $\text{energy to move across the water}$