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What are closely stacked flattened sacs?
Golgi bodies, or golgies.
Stores material within the cell?
Closely stacked flattened sacs on plants only
Closely stacked flattened sacs plant only?
That description matches the structure of a chloroplast, which is found in plant cells and is responsible for photosynthesis.
What isClosely stacked flattened sacs ( plants only )?
Closely stacked flattened sacs in plants refer to the thylakoids found within chloroplasts. These thylakoids contain chlorophyll and are essential for photosynthesis, where they capture light energy to convert carbon dioxide and water into glucose and oxygen. The arrangement of thylakoids into stacks, known as granum, maximizes the surface area for light absorption.
What closely stacked flattered sacs plants only?
They're called Chloroplasts.
What closely stacked flattened sacs?
Golgi bodies, or golgies.
What are closely stacked flattened sacs?
Golgi bodies, or golgies.
What is closely stacked flattened sacs in plants cells?
chloroplast
Closely stacked flattened membrane sacs structure or function?
structure
What organelle is closely stacked flattened sacs that are only in plants?
Golgi Body
What are closely- stacked flattened membrane sacs?
Golgi bodies, or golgies.
What organelle is closely stacked flattened membrane sacs?
The endoplasmic reticulum is the organelle that's looks like a stack of sacs.
What organelle closely stacked flattened sacs ( plants only )?
Chloroplast having flat thallkoids are only in plant cells .
Stores material within the cell?
Closely stacked flattened sacs on plants only
Closely stacked flattened sacs plant only?
That description matches the structure of a chloroplast, which is found in plant cells and is responsible for photosynthesis.
what cell is Closely stacked, flattened sacs (plants only)?
Golgi Body
What isClosely stacked flattened sacs ( plants only )?
Closely stacked flattened sacs in plants refer to the thylakoids found within chloroplasts. These thylakoids contain chlorophyll and are essential for photosynthesis, where they capture light energy to convert carbon dioxide and water into glucose and oxygen. The arrangement of thylakoids into stacks, known as granum, maximizes the surface area for light absorption.
