# Meteor 3-2

> 19336

**Wikidata**: [Q111500640](https://www.wikidata.org/wiki/Q111500640)  
**Source**: https://4ort.xyz/entity/meteor-3-2

## Summary
Meteor 3-2 is an artificial satellite. In the provided metadata it is identified by the short descriptor "19336" and by the Wolfram Language entity code Entity["Satellite", "19336"].

## Key Facts
- Meteor 3-2 is an instance of the class "artificial satellite."
- The raw description provided for Meteor 3-2 is "19336."
- The Wikidata short description for Meteor 3-2 is "19336."
- The Wolfram Language entity code for Meteor 3-2 is Entity["Satellite", "19336"].
- The class "artificial satellite" is defined in the source as a "human-made object put into an orbit."
- The related class "artificial satellite" has a sitelink_count of 142 in the provided dataset.
- No mission details, launch dates, operator information, or technical specifications are provided in the supplied source material.

## FAQs
### Q: What is Meteor 3-2?
A: Meteor 3-2 is described in the provided sources as an artificial satellite. Its available identifiers include the descriptor "19336" and a Wolfram Language entity code.

### Q: What does the identifier "19336" mean for Meteor 3-2?
A: In the supplied metadata, "19336" appears as the raw description and as the Wikidata short description for Meteor 3-2. The source does not provide further explanation of that identifier.

### Q: Where can I look up Meteor 3-2 in databases?
A: The provided sources reference a Wikidata description ("19336") and a Wolfram Language entity code Entity["Satellite", "19336"]. Those identifiers can be used as starting points to search external databases, though no direct links or additional database fields were supplied.

## Why It Matters
Meteor 3-2 is notable in the provided material principally because it is cataloged as an artificial satellite, which places it among human-made objects intentionally placed into orbit. Even when only minimal metadata is available — a short descriptor and a database entity code — that information is meaningful: standardized identifiers (like the Wikidata description and Wolfram Language entity code) allow researchers, data systems, and cataloguers to unambiguously reference the object, cross-link records, and request further details from authoritative registries. The classification as an artificial satellite also situates Meteor 3-2 within the broader domain of orbital human-made assets, a category important for tracking space activity, cataloguing orbital objects, and supporting any downstream research that requires consistent naming or identifiers. In short, Meteor 3-2's existing metadata provides a reliable handle for further lookup and integration, even though the supplied source does not include operational or technical specifics.

## Notable For
- Being recorded as an instance of the "artificial satellite" class in the provided dataset.
- Having the raw descriptor and Wikidata short description "19336."
- Being indexed by the Wolfram Language entity code Entity["Satellite", "19336"].
- The available source provides only identifier-level metadata for Meteor 3-2 (no mission, technical, or temporal details).

## Body
### Identification
- Name: Meteor 3-2 (as given in the entity header of the source).
- Raw description in source: "19336".
- Wikidata short description in source: "19336".
- Wolfram Language entity code: Entity["Satellite", "19336"].

### Classification
- Instance of: artificial satellite.
- Definition of class (from source): "human-made object put into an orbit."

### Identifiers and database codes
- Wolfram Language: Entity["Satellite", "19336"].
- Wikidata short description field: "19336".
- These identifiers are the only database-style references supplied in the source material.

### Related class metadata
- The related class "artificial satellite" in the source has a sitelink_count of 142.
- The relationship in the source links Meteor 3-2 directly to the artificial satellite class.

### Source limitations
- The supplied source material contains only descriptor and classification metadata.
- No dates (launch or operational), no operators, no payload or instrument details, and no orbital parameters are provided.
- For any detail beyond identifiers and class, external authoritative databases should be consulted using the given identifiers.