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The image you've uploaded contains a problem about identifying an animal based on facial characteristics such as ear height, whisker width, and head width. The given table outlines the proportions for different animals (Rabbit, Beaver, Bear, and Cat). The challenge is to identify the animal shown in the diagram based on these proportions.

### Let's break it down:

1. **Characteristics in the table:**
   - **Ear Height:** Measured as a fraction of the head height.
   - **Whisker Width:** Measured as a fraction of the head width.
   - **Head Width:** The head's total width is compared to the height.

2. **Proportions of animals:**
   | Characteristic  | Rabbit           | Beaver          | Bear            | Cat             |
   |-----------------|------------------|-----------------|-----------------|-----------------|
   | Ear Height      | ½ head height    | ¼ head height   | ¼ head height   | ½ head height   |
   | Whisker Width   | ½ head width     | ½ head width    | ½ head width    | head width      |
   | Head Width      | ½ head height    | ½ head height   | 1 head height   | 1 head height   |

3. **Clues in the Diagram:**
   - The diagram shows a circular head with the height and width labeled, along with prominent whiskers and ears.
   
### Analysis of the animal's facial features:
   - **Ear Height** looks like ½ of the head height.
   - **Whisker Width** spans the entire width of the head.
   - **Head Width** is equal to the height of the head.

According to these proportions:
- The **ear height** of ½ head height and the **whisker width** being equal to the head width are characteristics that match the **Cat** in the table.

### Answer:
The animal is most likely a **Cat (Kucing)**.

Would you like more details, or have any other questions about the analysis? Here are 5 related questions that can expand your understanding:

1. What is the significance of using proportions to identify characteristics in animals?
2. How would the proportions differ if we were trying to identify a rabbit instead?
3. What is the importance of symmetry in the identification of facial features?
4. How could you generalize this approach to identify other animals based on facial metrics?
5. Can this method be used for 3D animal face recognition in technology?

**Tip:** When solving problems based on proportions, always visualize or sketch the characteristics to match the given clues accurately.

The challenge is to identify the animal shown in the diagram based on the proportions of facial characteristics such as ear height, whisker width, and head width. The given table outlines the proportions for different animals (Rabbit, Beaver, Bear, and Cat).

This problem challenges students to identify an animal based on facial proportions such as ear height, whisker width, and head width. Using proportions from the table for Rabbit, Beaver, Bear, and Cat, learn how to calculate and match the characteristics to the animal in the diagram. Suitable for Grades 5-6.

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