Question

which table correctly identifies how the plasma membrane contributes to the maintenance of cellular homeostasis? function yes no controls materials that enter and exit the cell x converts atp to glucose for energy storage x catalyzes protein synthesis x receives signals for dna replication x function yes no controls materials that enter and exit the cell x converts atp to glucose for energy storage x catalyzes protein synthesis x receives signals for dna replication x function yes no controls materials that enter and exit the cell x converts atp to glucose for energy storage x catalyzes protein synthesis x receives signals for dna replication x function yes no controls materials that enter and exit the cell x converts atp to glucose for energy storage x catalyzes protein synthesis x receives signals for dna replication x

Explanation:

The plasma membrane is a selectively - permeable barrier that controls the movement of substances in and out of the cell. It does not convert ATP to glucose (this is not a membrane function), does not catalyze protein synthesis (ribosomes do this), and is not the main structure for receiving signals for DNA replication.

Answer:

The table where "Controls materials that enter and exit the cell" has a "Yes" and the other functions ("Converts ATP to glucose for energy storage", "Catalyzes protein synthesis", "Receives signals for DNA replication") have a "No" is the correct one. Without specific identifiers for the tables, based on the described correct responses, it is the last table in the sequence shown where "Controls materials that enter and exit the cell" has an 'X' in the 'Yes' column and the other three functions have 'X's in the 'No' column.