Asked by m
Question 8
A)Based on Slides 9-10, how do special blood vessels in frog skin facilitate their unique respiratory process, and what might happen if their skin dries out?(1 point)
Responses
The blood vessels in frog skin allow them to yawn more effectively; if their skin dries out, they would yawn less.
The blood vessels in frog skin allow them to yawn more effectively; if their skin dries out, they would yawn less.
The blood vessels enable direct oxygen uptake and carbon dioxide release through the skin; if their skin dries out, cutaneous respiration would be impaired, affecting their oxygen intake.
The blood vessels enable direct oxygen uptake and carbon dioxide release through the skin; if their skin dries out, cutaneous respiration would be impaired, affecting their oxygen intake.
The blood vessels are essential for diaphragm muscle function; if their skin dries out, their diaphragm would fail.
The blood vessels are essential for diaphragm muscle function; if their skin dries out, their diaphragm would fail.
The blood vessels help frogs use their mouth muscles for breathing; if their skin dries out, they would only be able to breathe through their mouths.
The blood vessels help frogs use their mouth muscles for breathing; if their skin dries out, they would only be able to breathe through their mouths.
Question 9
A)Read Slides 11-13. Which of the following statements accurately describes a similarity between the circulatory systems of humans and frogs?(1 point)
Responses
Both humans and frogs have open circulatory systems.
Both humans and frogs have open circulatory systems.
Both humans and frogs have four-chambered hearts.
Both humans and frogs have four-chambered hearts.
Both humans and frogs have closed circulatory systems with pulmonary and systemic circulation
Both humans and frogs have closed circulatory systems with pulmonary and systemic circulation
Both humans and frogs mix deoxygenated and oxygenated blood in their hearts.
A)Based on Slides 9-10, how do special blood vessels in frog skin facilitate their unique respiratory process, and what might happen if their skin dries out?(1 point)
Responses
The blood vessels in frog skin allow them to yawn more effectively; if their skin dries out, they would yawn less.
The blood vessels in frog skin allow them to yawn more effectively; if their skin dries out, they would yawn less.
The blood vessels enable direct oxygen uptake and carbon dioxide release through the skin; if their skin dries out, cutaneous respiration would be impaired, affecting their oxygen intake.
The blood vessels enable direct oxygen uptake and carbon dioxide release through the skin; if their skin dries out, cutaneous respiration would be impaired, affecting their oxygen intake.
The blood vessels are essential for diaphragm muscle function; if their skin dries out, their diaphragm would fail.
The blood vessels are essential for diaphragm muscle function; if their skin dries out, their diaphragm would fail.
The blood vessels help frogs use their mouth muscles for breathing; if their skin dries out, they would only be able to breathe through their mouths.
The blood vessels help frogs use their mouth muscles for breathing; if their skin dries out, they would only be able to breathe through their mouths.
Question 9
A)Read Slides 11-13. Which of the following statements accurately describes a similarity between the circulatory systems of humans and frogs?(1 point)
Responses
Both humans and frogs have open circulatory systems.
Both humans and frogs have open circulatory systems.
Both humans and frogs have four-chambered hearts.
Both humans and frogs have four-chambered hearts.
Both humans and frogs have closed circulatory systems with pulmonary and systemic circulation
Both humans and frogs have closed circulatory systems with pulmonary and systemic circulation
Both humans and frogs mix deoxygenated and oxygenated blood in their hearts.
Answers
There are no human answers yet.
Answered by
GPT-4o mini
**Question 8:**
The correct response is:
**The blood vessels enable direct oxygen uptake and carbon dioxide release through the skin; if their skin dries out, cutaneous respiration would be impaired, affecting their oxygen intake.**
**Question 9:**
The correct response is:
**Both humans and frogs have closed circulatory systems with pulmonary and systemic circulation.**
The correct response is:
**The blood vessels enable direct oxygen uptake and carbon dioxide release through the skin; if their skin dries out, cutaneous respiration would be impaired, affecting their oxygen intake.**
**Question 9:**
The correct response is:
**Both humans and frogs have closed circulatory systems with pulmonary and systemic circulation.**
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