Identify the Eukaryotic Microogranisms in the worksheet, accordingly.

Human Anatomy & Physiology (11th Edition)
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Identify the Eukaryotic Microogranisms in the worksheet, accordingly.

 

I'm having difficulty separating them. Please help!

This table provides a comparative analysis of four major groups of organisms in terms of their nutrition, outer boundaries, life cycles, classification criteria, routes of infection, and lifestyles. 

### Table Structure

The table consists of six columns and five rows, including the header row. Each column represents a distinct category of comparison, while each row represents one of the organism groups.

### Columns

1. **Nutrition (autotroph or heterotroph):**
   - This column describes whether the organism is capable of producing its own food (autotroph) or relies on other organisms for nutrition (heterotroph).

2. **Outer Boundary (cell wall or cell membrane):**
   - This highlights whether the organism has a cell wall, cell membrane, or both, detailing the structural boundary of the cell.

3. **Life Cycle (modes of reproduction):**
   - This provides information on the reproductive strategies or modes of reproduction used by each group.

4. **Classification is based on…:**
   - This column indicates the criteria used to classify the organism group.

5. **Route of Infection:**
   - This identifies how the organism enters a host, if applicable.

6. **Lifestyle (unicellular, multicellular, colonial):**
   - This details the organizational structure of the organism, whether they exist as single cells, multiple cells, or in colonies.

### Rows

1. **Fungi**
2. **Algae**
3. **Protozoa**
4. **Helminths**

Each of these organism groups is analyzed in terms of the categories listed in the columns, although the cells in the table are not filled in this image. This setup forms the basis for educational content on the diversity and biological characteristics of these organisms.
Transcribed Image Text:This table provides a comparative analysis of four major groups of organisms in terms of their nutrition, outer boundaries, life cycles, classification criteria, routes of infection, and lifestyles. ### Table Structure The table consists of six columns and five rows, including the header row. Each column represents a distinct category of comparison, while each row represents one of the organism groups. ### Columns 1. **Nutrition (autotroph or heterotroph):** - This column describes whether the organism is capable of producing its own food (autotroph) or relies on other organisms for nutrition (heterotroph). 2. **Outer Boundary (cell wall or cell membrane):** - This highlights whether the organism has a cell wall, cell membrane, or both, detailing the structural boundary of the cell. 3. **Life Cycle (modes of reproduction):** - This provides information on the reproductive strategies or modes of reproduction used by each group. 4. **Classification is based on…:** - This column indicates the criteria used to classify the organism group. 5. **Route of Infection:** - This identifies how the organism enters a host, if applicable. 6. **Lifestyle (unicellular, multicellular, colonial):** - This details the organizational structure of the organism, whether they exist as single cells, multiple cells, or in colonies. ### Rows 1. **Fungi** 2. **Algae** 3. **Protozoa** 4. **Helminths** Each of these organism groups is analyzed in terms of the categories listed in the columns, although the cells in the table are not filled in this image. This setup forms the basis for educational content on the diversity and biological characteristics of these organisms.
Expert Solution
Step 1

Autotrophs ; can make their own food material.for example plants and some bacteria .

Heterotrophs : Those organisms which can't synthesise their own food material.for example: fungi, animals 

Asexual reproduction does not involve  gamete formation and fertilization(fusion of gametes)

Sexual reproduction involves production and fusion of gametesEProkaryotes are unicellular eukaryotic organisms So, except protozoa, all the other groups exhibit a wide range of body complexities.

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