dentify whether each method of membrane transport is passive or active by dragging the label to the correct box. Passive Active Receptor-mediated endocytosis Movement down a concentration gradient Movement of molecules from an area of high concentration to an area of low concentration Osmosis Vesicular transport Filtration Pinocytosis Movement up a concentration gradient

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### Membrane Transport Methods: Passive vs. Active

**Objective:** Classify each method of membrane transport as passive or active by placing the label in the appropriate category.

**Methods of Transport:**

1. **Receptor-mediated endocytosis**
2. **Movement down a concentration gradient**
3. **Movement of molecules from an area of high concentration to an area of low concentration**
4. **Osmosis**
5. **Vesicular transport**
6. **Filtration**
7. **Pinocytosis**
8. **Movement up a concentration gradient**

### Categories:

- **Passive Transport:** This involves the movement of substances across the cell membrane without the expenditure of energy. Typically occurs due to natural diffusion processes.

- **Active Transport:** This requires energy, often in the form of ATP, to move substances across the membrane, usually against a concentration gradient.

Place each method listed above into the "Passive" or "Active" category based on whether it requires cellular energy.
Transcribed Image Text:### Membrane Transport Methods: Passive vs. Active **Objective:** Classify each method of membrane transport as passive or active by placing the label in the appropriate category. **Methods of Transport:** 1. **Receptor-mediated endocytosis** 2. **Movement down a concentration gradient** 3. **Movement of molecules from an area of high concentration to an area of low concentration** 4. **Osmosis** 5. **Vesicular transport** 6. **Filtration** 7. **Pinocytosis** 8. **Movement up a concentration gradient** ### Categories: - **Passive Transport:** This involves the movement of substances across the cell membrane without the expenditure of energy. Typically occurs due to natural diffusion processes. - **Active Transport:** This requires energy, often in the form of ATP, to move substances across the membrane, usually against a concentration gradient. Place each method listed above into the "Passive" or "Active" category based on whether it requires cellular energy.
The image appears to be a diagram or interactive element relating to cellular transport mechanisms. Below is a transcription of the text found on the diagram:

Buttons on the left column:

1. Movement down a concentration gradient
2. Movement of molecules from an area of high concentration to an area of low concentration
3. Osmosis
4. Vesicular transport
5. Filtration
6. Pinocytosis
7. Movement up a concentration gradient
8. Diffusion
9. Sodium-potassium pumps

The diagram includes two empty columns on the right and a "Reset" button located at the bottom. It seems designed for educational purposes, possibly allowing users to drag and drop the items to appropriate categories such as passive and active transport mechanisms.
Transcribed Image Text:The image appears to be a diagram or interactive element relating to cellular transport mechanisms. Below is a transcription of the text found on the diagram: Buttons on the left column: 1. Movement down a concentration gradient 2. Movement of molecules from an area of high concentration to an area of low concentration 3. Osmosis 4. Vesicular transport 5. Filtration 6. Pinocytosis 7. Movement up a concentration gradient 8. Diffusion 9. Sodium-potassium pumps The diagram includes two empty columns on the right and a "Reset" button located at the bottom. It seems designed for educational purposes, possibly allowing users to drag and drop the items to appropriate categories such as passive and active transport mechanisms.
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