# SKYSAT C10

> 42988

**Wikidata**: [Q111471149](https://www.wikidata.org/wiki/Q111471149)  
**Source**: https://4ort.xyz/entity/skysat-c10

## Summary
SKYSAT C10 is an artificial satellite identified by the designation “42988.” In structured sources, it is represented as a satellite entity with the Wolfram Language code `Entity["Satellite", "42988"]`.

## Key Facts
- SKYSAT C10 is an instance of an **artificial satellite** (a human-made object put into an orbit).
- SKYSAT C10 is associated with the identifier/description **42988** in the provided source material.
- The Wikidata description provided for SKYSAT C10 is **“42988.”**
- SKYSAT C10 has a Wolfram Language entity code: `Entity["Satellite", "42988"]`.
- The related class “artificial satellite” is defined as a **human-made object put into an orbit**.

## FAQs
### Q: What is SKYSAT C10?
A: SKYSAT C10 is an artificial satellite. In the provided structured sources, it is identified with the designation “42988.”

### Q: Is SKYSAT C10 a natural object or a human-made object?
A: SKYSAT C10 is human-made. It is classified as an artificial satellite, meaning a human-made object put into an orbit.

### Q: What identifier is associated with SKYSAT C10 in the source material?
A: The identifier/description associated with SKYSAT C10 is **42988**. This value appears as the raw description and as the Wikidata description in the provided material.

### Q: How is SKYSAT C10 represented in the Wolfram Language?
A: SKYSAT C10 is represented as `Entity["Satellite", "42988"]`. This is the Wolfram Language entity code provided in the source material.

## Why It Matters
SKYSAT C10 matters because it is a cataloged artificial satellite, meaning it is a distinct, trackable human-made object in orbit. Having a clear classification (“artificial satellite”) and stable identifiers (such as “42988” and a corresponding Wolfram Language entity code) supports consistent referencing across knowledge bases and computational tools. This kind of structured representation helps reduce ambiguity when different systems, datasets, or users refer to the same orbital object. It also enables programmatic lookup and integration—e.g., using an entity code to retrieve or connect satellite-related information in software environments that support entity-based queries. Even when only minimal descriptive data is available, the presence of standardized identifiers and a clear instance-of relationship provides a foundation for linking, disambiguation, and future enrichment in a knowledge graph.

## Notable For
- Being classified explicitly as an **artificial satellite** (human-made object in orbit).
- Being identified in the provided material by the designation **42988**.
- Having a defined Wolfram Language entity representation: `Entity["Satellite", "42988"]`.
- Having a Wikidata description that matches the identifier **42988**.

## Body
### Classification
- **Instance of:** artificial satellite  
- **Class definition (related):** an artificial satellite is a human-made object put into an orbit.

### Identifiers and Descriptions
- **Raw description:** 42988  
- **Wikidata description (as provided):** 42988  
- **Wolfram Language entity code:** `Entity["Satellite", "42988"]`

### Knowledge-Graph Context
- SKYSAT C10 is linked to the broader class **artificial satellite**.
- The entry’s structured properties emphasize classification and identifier-based representation rather than technical specifications.