Solved Plant and Animal Cells - Worksheet Task 1. Fill in | Chegg.com - Free Printable
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Step-by-step solution for: Solved Plant and Animal Cells - Worksheet Task 1. Fill in | Chegg.com
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Show Answer Key & Explanations
Step-by-step solution for: Solved Plant and Animal Cells - Worksheet Task 1. Fill in | Chegg.com
Let's solve Task 1 of the worksheet: Fill in the Venn Diagram to compare plant cells to animal cells, using the provided words.
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Here are the given words:
- Cell membrane
- Nucleus
- Ribosome
- Mitochondria
- Chloroplast
- Cytoplasm
- Large vacuole
- Small vacuole or none
- Cell wall
- Rectangular
- Round or irregular shape
We need to classify these into:
- Plant only
- Animal only
- Both (common to both)
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These structures are present in all eukaryotic cells:
- Cell membrane – controls what enters and exits the cell
- Nucleus – contains DNA
- Ribosome – site of protein synthesis
- Mitochondria – produce energy (ATP)
- Cytoplasm – gel-like substance where organelles are suspended
✔ So, these go in the "both" section.
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- Chloroplast – performs photosynthesis (only in plants)
- Cell wall – rigid structure outside the cell membrane (made of cellulose)
- Large vacuole – central vacuole that stores water and maintains turgor pressure
- Rectangular – plant cells are typically rectangular due to the cell wall
✔ These go in the "Plant" circle.
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- Small vacuole or none – animal cells have small, temporary vacuoles (not a large central one)
- Round or irregular shape – no cell wall → flexible shape
✔ These go in the "Animal" circle.
> Note: Some might think "mitochondria" or "nucleus" are animal-only, but they are shared. Only the small vacuole and shape are distinctive features for animals.
---
```
Plant Both Animal
┌───────────────┐ ┌─────────────┐ ┌───────────────┐
│ │ │ │ │ │
│ Chloroplast │ │ Cell membrane│ │ Small vacuole or none│
│ Cell wall │ │ Nucleus │ │ Round or irregular shape│
│ Large vacuole │ │ Ribosome │ │ │
│ Rectangular │ │ Mitochondria │ │ │
│ │ │ Cytoplasm │ │ │
└───────────────┘ └─────────────┘ └───────────────┘
```
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| Plant Only | Both | Animal Only |
|--------------------------|-----------------------------|-------------------------------|
| Chloroplast | Cell membrane | Small vacuole or none |
| Cell wall | Nucleus | Round or irregular shape |
| Large vacuole | Ribosome | |
| Rectangular | Mitochondria | |
| | Cytoplasm | |
---
- Plant cells have extra structures for photosynthesis (chloroplast), structural support (cell wall), and water storage (large vacuole).
- Animal cells lack these but can have small vacuoles and are more flexible in shape.
- The shared components are fundamental to all eukaryotic cells.
This comparison helps understand how cells are adapted to their functions! 🌱🔬
---
🔍 Step 1: Understand the terms
Here are the given words:
- Cell membrane
- Nucleus
- Ribosome
- Mitochondria
- Chloroplast
- Cytoplasm
- Large vacuole
- Small vacuole or none
- Cell wall
- Rectangular
- Round or irregular shape
We need to classify these into:
- Plant only
- Animal only
- Both (common to both)
---
✔ Step 2: Identify what is common to both plant and animal cells
These structures are present in all eukaryotic cells:
- Cell membrane – controls what enters and exits the cell
- Nucleus – contains DNA
- Ribosome – site of protein synthesis
- Mitochondria – produce energy (ATP)
- Cytoplasm – gel-like substance where organelles are suspended
✔ So, these go in the "both" section.
---
🌿 Step 3: What is unique to plant cells?
- Chloroplast – performs photosynthesis (only in plants)
- Cell wall – rigid structure outside the cell membrane (made of cellulose)
- Large vacuole – central vacuole that stores water and maintains turgor pressure
- Rectangular – plant cells are typically rectangular due to the cell wall
✔ These go in the "Plant" circle.
---
🐾 Step 4: What is unique to animal cells?
- Small vacuole or none – animal cells have small, temporary vacuoles (not a large central one)
- Round or irregular shape – no cell wall → flexible shape
✔ These go in the "Animal" circle.
> Note: Some might think "mitochondria" or "nucleus" are animal-only, but they are shared. Only the small vacuole and shape are distinctive features for animals.
---
✔ Final Answer: Venn Diagram
```
Plant Both Animal
┌───────────────┐ ┌─────────────┐ ┌───────────────┐
│ │ │ │ │ │
│ Chloroplast │ │ Cell membrane│ │ Small vacuole or none│
│ Cell wall │ │ Nucleus │ │ Round or irregular shape│
│ Large vacuole │ │ Ribosome │ │ │
│ Rectangular │ │ Mitochondria │ │ │
│ │ │ Cytoplasm │ │ │
└───────────────┘ └─────────────┘ └───────────────┘
```
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✔ Summary Table:
| Plant Only | Both | Animal Only |
|--------------------------|-----------------------------|-------------------------------|
| Chloroplast | Cell membrane | Small vacuole or none |
| Cell wall | Nucleus | Round or irregular shape |
| Large vacuole | Ribosome | |
| Rectangular | Mitochondria | |
| | Cytoplasm | |
---
💡 Explanation:
- Plant cells have extra structures for photosynthesis (chloroplast), structural support (cell wall), and water storage (large vacuole).
- Animal cells lack these but can have small vacuoles and are more flexible in shape.
- The shared components are fundamental to all eukaryotic cells.
This comparison helps understand how cells are adapted to their functions! 🌱🔬
Parent Tip: Review the logic above to help your child master the concept of plant cell and animal cell worksheet.