2: The cell membrane can be found in both animal cell and plant cell.

3: The fundamental structure of the membrane is the phospholipid bilayer.

4: The cell membrane provides protection for the cell.

2: Mitochondria can be found in both animal cells and plant cells.

3: Mitochondria are surrounded by a double-membrane system, consisting of inner and outer mitochondrial membranes separated by an intermembrane space.

4: The mitochondria can generate most of the chemical energy needed to power the cell's biochemical reactions.

2: The vacuole can be found in both animal cells and plant cells.

3:A vacuole is a membrane bound structure found in the cytoplasmic matrix of a cell.

4: The vacuole helps sequester waste products.

2: The chloroplast can only be found in plant cells.

3: Chloroplast is bounded by a double membrane called the chloroplast envelope

4:Chloroplasts produce energy through photosynthesis and oxygen-release processes, which sustain plant growth and crop yield.

2: The central vacuole can only be found in the central vacuole.

3: The central vacuole structure possesses a singlemembrane known as the tonoplast.

4: The central vacuole can hold materials and waste.

prokaryotic cells.

2: The vesicle can be found in animal and plant cells.

3: A vesicle is a self-contained structure consisting of fluid or gas surrounded and enclosed by an outer membrane called the lipid bilayer.

4: The vesicle moves molecules, secrete substances, digest materials, or regulate the pressure in the cell.

2: The golgi apparatus can be found in both animal and plant cells.

3: The Golgi apparatus consists of a stack of flattened cisternae and associated vesicles.

4: Golgi apparatus is the transport, sorting and modification of both protein and lipid.

2: The nucleus can be found in both animal and plant cells.

3: A nucleus, as related to genomics, is the membrane-enclosed organelle within a cell that contains the chromosomes.

4: The nucleus serves both as the repository of genetic information and as the cell's control center.

2: The rough endoplasmic reticulum can be found in both animal and plant cells.

3: RER is morphologically distinguishable by its series of convoluted, flattened like membrane sheets (called cisternae) that arise near the nucleus and extend across the cytoplasm.

4: The RER is associated with many roles in protein synthesis, which also include post-translational modifications, folding, and sorting

2: The Smooth ER can be found in both animal and plant cell.

3: The Smooth ER consists of a long network of a folded, tube-like structure.

4: The Smooth ER mobilization of glucose from glycogen, calcium storage, drug detoxification, and the synthesis of lipids.

2: The cytoskeleton can be found in both animal and plant cells.

3: The cytoskeleton of a cell is made up of microtubules, actin filaments, and intermediate filaments.

4: The cytoskeleton carries out three broad functions: it spatially organizes the contents of the cell; it connects the cell physically and biochemically to the external environment; and it generates coordinated forces that enable the cell to move and change shape.

2: The ribosome can be found in both animal and plant cell.

3: A ribosome is made out of RNA and proteins, and each ribosome consists of two separate RNA-protein complexes, known as the small and large subunits.

4: A ribosome is an intercellular structure made of both RNA and protein, and it is the site of protein synthesis in the cell.

2: The cell wall can only be found in plant cells.

3: The cell wall is composed of a network of cellulose microfibrils and cross-linking glycans embedded in a highly cross-linked matrix of pectin polysaccharides.

4: The cell wall separates the interior contents of the cell from the exterior environment.