Question
Which statement is correct about an amoeba and a white blood cell? (1 point)
Responses
A white blood cell can survive on its own, but an amoeba cannot.
A white blood cell can survive on its own, but an amoeba cannot.
Neither an amoeba or a white blood cell can survive on their own.
Neither an amoeba or a white blood cell can survive on their own.
An amoeba can survive on its own, but a white blood cell cannot.
An amoeba can survive on its own, but a white blood cell cannot.
Both an amoeba and a white blood cell can survive on their own.
Both an amoeba and a white blood cell can survive on their own.
Responses
A white blood cell can survive on its own, but an amoeba cannot.
A white blood cell can survive on its own, but an amoeba cannot.
Neither an amoeba or a white blood cell can survive on their own.
Neither an amoeba or a white blood cell can survive on their own.
An amoeba can survive on its own, but a white blood cell cannot.
An amoeba can survive on its own, but a white blood cell cannot.
Both an amoeba and a white blood cell can survive on their own.
Both an amoeba and a white blood cell can survive on their own.
Answers
GPT-4o mini
The correct statement is:
**Both an amoeba and a white blood cell can survive on their own.**
Amoebas are unicellular organisms that can live independently, while white blood cells, which are part of the immune system, can also function independently within the body. However, while they can perform their functions alone, white blood cells are usually found within a multicellular organism (like humans) and depend on the organism's overall health and support for their biological roles.
**Both an amoeba and a white blood cell can survive on their own.**
Amoebas are unicellular organisms that can live independently, while white blood cells, which are part of the immune system, can also function independently within the body. However, while they can perform their functions alone, white blood cells are usually found within a multicellular organism (like humans) and depend on the organism's overall health and support for their biological roles.