as marine researcher william watkins listened to the sounds of the sea, he noticed something strange: a whale call at 52 hertz. it was a very unusual pitch, or frequency, much higher than that of any known baleen whale. blue whales, humpbacks, and other baleen whales have deep, low - frequency songs, ranging between 10 and 40 hertz. toothed whales, like orcas, often sing at higher pitches. but everything else about the sound was unmistakably baleen. this whale seemed to have somehow strayed from the others.
frequencies between 10 and 40 hertz are particularly good for sending sound waves through water. low - frequency sounds lose less energy as they travel and can cross entire oceans. thats how blue whales chat across hundreds of kilometers. sounds at a higher frequency, like 52 hertz, cant travel as far - and may not even be audible to other whales.
still, the strange, higher - pitched calls kept coming, year after year. watkins and his team tracked this whales call across the northern pacific ocean for more than a decade. though the whale seemed to follow seasonal migration patterns similar to other large whales, no other animal ever responded to its song. it appeared to be completely alone.
scientists have a few different ideas about this hypothetical whale. it could have a physical difference. perhaps this whale is a hybrid species. or, it could even be an undiscovered species, though that possibility is unlikely. why this whale - if it is a whale - sings at 52 hertz remains unknown.
watkins passed away in 2004, having never seen the whale whose voice he came to know so well. as of 2025, that same song continues to echo through the deep. the 52 - hertz whale is still known only by its voice. it remains one of the many mysteries of the deep ocean.
3 the text title is he loneliest whale call.\ which detail provides the strongest support for the authors claim that the whale is lonely?
a most baleen whale calls range from 10 to 40 hertz
b watkins tracked the call for more than a decade
c no other animal ever responded to its song
d scientists have a few different ideas about the whale

Question

as marine researcher william watkins listened to the sounds of the sea, he noticed something strange: a whale call at 52 hertz. it was a very unusual pitch, or frequency, much higher than that of any known baleen whale. blue whales, humpbacks, and other baleen whales have deep, low - frequency songs, ranging between 10 and 40 hertz. toothed whales, like orcas, often sing at higher pitches. but everything else about the sound was unmistakably baleen. this whale seemed to have somehow strayed from the others.
frequencies between 10 and 40 hertz are particularly good for sending sound waves through water. low - frequency sounds lose less energy as they travel and can cross entire oceans. thats how blue whales chat across hundreds of kilometers. sounds at a higher frequency, like 52 hertz, cant travel as far - and may not even be audible to other whales.
still, the strange, higher - pitched calls kept coming, year after year. watkins and his team tracked this whales call across the northern pacific ocean for more than a decade. though the whale seemed to follow seasonal migration patterns similar to other large whales, no other animal ever responded to its song. it appeared to be completely alone.
scientists have a few different ideas about this hypothetical whale. it could have a physical difference. perhaps this whale is a hybrid species. or, it could even be an undiscovered species, though that possibility is unlikely. why this whale - if it is a whale - sings at 52 hertz remains unknown.
watkins passed away in 2004, having never seen the whale whose voice he came to know so well. as of 2025, that same song continues to echo through the deep. the 52 - hertz whale is still known only by its voice. it remains one of the many mysteries of the deep ocean.
3 the text title is 	he loneliest whale call.\ which detail provides the strongest support for the authors claim that the whale is lonely?
a most baleen whale calls range from 10 to 40 hertz
b watkins tracked the call for more than a decade
c no other animal ever responded to its song
d scientists have a few different ideas about the whale

Accepted Answer

# Brief Explanations:
- Option A: Just states the normal range of baleen whale calls, no direct link to loneliness.
- Option B: Tracking for a decade doesn't imply loneliness.
- Option C: If no other animal responded to its song, it shows it has no companions, strongly supporting loneliness.
- Option D: Different ideas about the whale have nothing to do with loneliness.

# Answer:
C. No other animal ever responded to its song

Sovi.AI - AI Math Tutor

QUESTION IMAGE

Question

Explanation:

Answer: