Unicellular cells must carry out ___ of life.(1 point)
Responses
a few functions
a few functions
specific functions
specific functions
all functions
all functions
a single function
all functions
Which statement about multicellular organisms is correct? (1 point)
Responses
Every cell of a multicellular organism is responsible for movement.
Every cell of a multicellular organism is responsible for movement.
The cells of a multicellular organism must perform all life functions.
The cells of a multicellular organism must perform all life functions.
A multicellular organism has many specialized cells.
A multicellular organism has many specialized cells.
Cells in multicellular organisms can reproduce by binary fission.
Cells in multicellular organisms can reproduce by binary fission.
A multicellular organism has many specialized cells.
How does an amoeba compare with a red blood cell? (1 point)
Responses
They both have pseuopods.
They both have pseuopods.
An amoeba is responsible for one function, and a red blood cell is responsible for all functions.
An amoeba is responsible for one function, and a red blood cell is responsible for all functions.
They are both organisms.
They are both organisms.
An amoeba is responsible for all functions, and a red blood cell is responsible for some functions.
An amoeba is responsible for all functions, and a red blood cell is responsible for some functions.
An amoeba is responsible for all functions, and a red blood cell is responsible for some functions.
Which statement is correct about a euglena and a white blood cell? (1 point)
Responses
A white blood cell can survive on its own, but a euglena cannot.
A white blood cell can survive on its own, but a euglena cannot.
Both a euglena and a white blood cell can survive on their own.
Both a euglena and a white blood cell can survive on their own.
A euglena can survive on its own, but a white blood cell cannot.
A euglena can survive on its own, but a white blood cell cannot.
Neither a euglena or a white blood cell can survive on their own.
Neither a euglena or a white blood cell can survive on their own.