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Questions and Answers
What type of tissue in plants continues to divide throughout their life?
What type of tissue in plants continues to divide throughout their life?
In what way do animals differ from plants regarding movement?
In what way do animals differ from plants regarding movement?
Why do plants require more supportive tissue compared to animals?
Why do plants require more supportive tissue compared to animals?
How does the growth pattern in animals differ from that in plants?
How does the growth pattern in animals differ from that in plants?
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What reflects the differences in organ systems between plants and complex animals?
What reflects the differences in organ systems between plants and complex animals?
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Study Notes
Plant vs. Animal Differences
- Movement: Plants are stationary, while animals move. This difference impacts their structures and needs.
- Support System: Plants have more supportive tissue, typically composed of dead cells, to maintain their upright positions.
- Energy Requirements: Animals need more energy than plants due to their movement for food, mates, and shelter. Animal tissues are mostly living.
- Growth: Plant growth is limited to specific regions (meristematic tissue). Animals have more uniform growth everywhere.
- Tissues: Plants have meristematic (dividing) and permanent tissues. Animals do not have distinct dividing and non-dividing regions.
- Organ and Organ System Complexity: Animal organ systems are more specialized and localized compared to plants, reflecting their diverse lifestyles, feeding habits, and locomotion abilities.
- Sedentary vs. Active Lifestyles: Plants are sedentary, while animals are active. This difference in lifestyle is directly reflected in the design of their respective organ systems.
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Description
This quiz explores the fundamental differences between plants and animals, including aspects of movement, energy requirements, and growth patterns. Understand how structural and functional variations impact their lifestyles and needs. Test your knowledge on the unique characteristics that define both kingdoms of life.