The answer is "a plant cell." The image shows a microscope slide of a plant cell with distinct chloroplasts and rectangular cell walls. Another hint that it's a plant cell, is that the cells and chloroplasts are green! 

The answer is "an animal cell." The cell has a membrane, rather than a rigid geometric shape meaning that it is not a plant cell. Additionally, you can clearly see the nucleus and mitochondria, but no chloroplasts.

The answer is "They both have correct explanations." The primary distinction between plant and animal cells is that plant cells have cell walls while animal cells have cell membranes. Plant cells have chloroplasts but animal cells do not. All cells have a nucleus so this is not relevant to the distinction.

the answer is "all of these." Plant and animal cells have many similarities. The differences between plant and animal cells are that plant cells have chloroplasts and cell walls but animal cells don't have chloroplasts and have cell membranes.

The answer is an animal cell because the shape of the cell is irregular, and there are no chloroplasts visible. If the cell were more rectangular or had visible chloroplasts it would probably be a plant cell.

The answer is chloroplasts.

Cell membrane:in animal cells, this separates the interior of all cells from the outside environment (the extracellular space)

Cell wall: in plant cells, gives the cell a rigid rectangular shape, helps to keep the organelles inside the cell, and does not let the cell burst due to changes in pressure.

Chloroplast: in plant cells, allows for photosynthesis, traps energy from sunlight

Endoplasmic reticulum: translation and folding of new proteins

Flagellum: Helps a cell move (not all cells have these)

Golgi apparatus: sorting, packaging, processing and modification of proteins

Mitochondrion: Produces energy in the form of ATP

Nucleus: contains DNA, controls all activities of the cell, performs RNA transcription

Vacuole: stores nutrients, transportation, helps maintain homeostasis

The answer is "to produce energy in the form of ATP."

Cell membrane:in animal cells, this separates the interior of all cells from the outside environment (the extracellular space)

Cell wall: in plant cells, gives the cell a rigid rectangular shape, helps to keep the organelles inside the cell, and does not let the cell burst due to changes in pressure.

Chloroplast: in plant cells, allows for photosynthesis, traps energy from sunlight

Endoplasmic reticulum: translation and folding of new proteins

Flagellum: Helps a cell move (not all cells have these)

Golgi apparatus: sorting, packaging, processing and modification of proteins

Mitochondrion: Produces energy in the form of ATP

Nucleus: contains DNA, controls all activities of the cell, performs RNA transcription

Vacuole: stores nutrients, transportation, helps maintain homeostasis

The answer is "cell wall" because we see an image of a plant cell and the cell wall's infrastructure.

Cell membrane:in animal cells, this separates the interior of all cells from the outside environment (the extracellular space)

Cell wall: in plant cells, gives the cell a rigid rectangular shape, helps to keep the organelles inside the cell, and does not let the cell burst due to changes in pressure.

Chloroplast: in plant cells, allows for photosynthesis, traps energy from sunlight

Endoplasmic reticulum: translation and folding of new proteins

Flagellum: Helps a cell move (not all cells have these)

Golgi apparatus: sorting, packaging, processing and modification of proteins

Mitochondrion: Produces energy in the form of ATP

Nucleus: contains DNA, controls all activities of the cell, performs RNA transcription

Vacuole: stores nutrients, transportation, helps maintain homeostasis

The answer is "translating and folding new proteins"

Cell membrane:in animal cells, this separates the interior of all cells from the outside environment (the extracellular space)

Cell wall: in plant cells, gives the cell a rigid rectangular shape, helps to keep the organelles inside the cell, and does not let the cell burst due to changes in pressure.

Chloroplast: in plant cells, allows for photosynthesis, traps energy from sunlight

Endoplasmic reticulum: translation and folding of new proteins

Flagellum: Helps a cell move (not all cells have these)

Golgi apparatus: sorting, packaging, processing and modification of proteins

Mitochondrion: Produces energy in the form of ATP

Nucleus: contains DNA, controls all activities of the cell, performs RNA transcription

Vacuole: stores nutrients, transportation, helps maintain homeostasis

The answer is "Golgi bodies"

Cell membrane:in animal cells, this separates the interior of all cells from the outside environment (the extracellular space)

Cell wall: in plant cells, gives the cell a rigid rectangular shape, helps to keep the organelles inside the cell, and does not let the cell burst due to changes in pressure.

Chloroplast: in plant cells, allows for photosynthesis, traps energy from sunlight

Endoplasmic reticulum: translation and folding of new proteins

Flagellum: Helps a cell move (not all cells have these)

Golgi apparatus: sorting, packaging, processing and modification of proteins

Mitochondrion: Produces energy in the form of ATP

Nucleus: contains DNA, controls all activities of the cell, performs RNA transcription

Vacuole: stores nutrients, transportation, helps maintain homeostasis