Cell Structure
Energy Conversion
Vacuoles
Mitochondria
Plant vs Animal Cells
100

 In what ways are plant and animal cells similar?

Both have many of the same organelles (nucleus, mitochondria, ribosomes, cytoplasm, cell membrane).

100

How do plants convert energy during photosynthesis?

Plants convert sunlight into chemical energy (glucose) during photosynthesis.

100

How does the function of a vacuole in an animal cell compare to its function in a plant cell?

Plant vacuoles are large and store water for support; animal vacuoles are small and mainly store waste and nutrients.

100

Which best describes the mitochondrion of a cell?

The mitochondrion is the powerhouse of the cell.

100

Why are mitochondria important organelles?

Mitochondria are important because they produce ATP for energy.

200

 Which structure gives support and shape to plant cells?

The cell wall gives support and shape to plant cells.

200

Why do plant and animal cells have mitochondria?

Both plant and animal cells need mitochondria to release usable energy from food.

200

Which best explains why the vacuoles in plant cells are usually larger than those in animal cells?

Plant vacuoles are larger because they store water to help maintain turgor pressure (rigidity).

200

How does the mitochondria function in energy production?

Mitochondria break down glucose and oxygen to produce ATP (energy).

200

Which structure directs the activities of the cell and can also be found in an animal cell?

The nucleus directs cell activities and is found in both plant and animal cells.

300

Which organelle can be found in both animal and plant cells?

  • Nucleus

  • Cytoplasm

  • Ribosomes

  • Endoplasmic Reticulum

  • Golgi Apparatus

  • Cell Membrane

300

Why are mitochondria important organelles?

Mitochondria are important because they make ATP, the energy currency of the cell.

300

 What is the role of the vacuole in both types of cells?

Vacuoles store materials such as water, food, and waste.

300

What is the main chemical process that occurs in mitochondria?

The main chemical process is cellular respiration

300

Where does cellular respiration primarily occur?

Cellular respiration occurs primarily in the mitochondria.

400

Which organelle, found in both plant and animal cells, serves a different purpose in the two different types of cells?

Vacuole (large in plants for storage and support; small in animals for storage and waste).

400

Which organelle breaks down sugars to provide energy to a cell?

The mitochondria break down sugars to provide energy.

400

Which structure regulates what enters an animal cell?

The cell membrane regulates what enters an animal cell.

400

How do mitochondria contribute to cellular respiration?

Mitochondria release energy by converting glucose into ATP during cellular respiration.

400

 What makes plant cells unique from animal cells?

Plant cells are unique because they have a cell wall, chloroplasts, and a large central vacuole.

500

Which cell parts are found only in plant cells?

Cell wall, chloroplasts, and large central vacuole are found only in plant cells.

500

Which combination of organelles is only found in plant cells?

Chloroplasts + cell wall + large central vacuole are only found in plant cells.

500

Why do vacuoles in plant cells have a larger capacity than in animal cells?

Plant vacuoles need a larger capacity to store water and keep the plant upright.

500

How do mitochondria and chloroplasts work together in plant cells to support li

Chloroplasts make glucose through photosynthesis, and mitochondria break down glucose to release usable energy (ATP) for the cell.

500

How do plant and animal cells differ in their energy needs?

Plant cells can make their own food (photosynthesis), while animal cells must consume food for energy.

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