# Protostar 2

> 34941

**Wikidata**: [Q111496874](https://www.wikidata.org/wiki/Q111496874)  
**Source**: https://4ort.xyz/entity/protostar-2

## Summary
Protostar 2 is an artificial satellite identified by the numerical designation 34941. It is classified as an artificial satellite, meaning it is a human-made object placed into orbit around a celestial body.

## Key Facts
- **Instance of**: Artificial satellite
- **Wikidata description**: 34941
- **Wolfram Language entity code**: Entity["Satellite", "34941"]
- **Related class**: Artificial satellite (sitelink count: 142)
- **Classification**: Human-made object in orbit

## FAQs
### Q: What is Protostar 2?
A: Protostar 2 is an artificial satellite with the numerical identifier 34941. It is classified as an artificial satellite, meaning it is a human-made object placed into orbit.

### Q: What is the classification of Protostar 2?
A: Protostar 2 is classified as an artificial satellite, a type of human-made object designed to orbit a celestial body.

### Q: What is the Wikidata description for Protostar 2?
A: The Wikidata description for Protostar 2 is simply "34941," referring to its numerical identifier.

### Q: How is Protostar 2 referenced in Wolfram Language?
A: Protostar 2 is referenced in Wolfram Language as Entity["Satellite", "34941"].

### Q: What is the significance of Protostar 2's numerical designation?
A: The numerical designation 34941 serves as a unique identifier for Protostar 2 within satellite cataloging systems.

## Why It Matters
Protostar 2 is significant as a representative example of an artificial satellite, a category of human-made objects designed to orbit celestial bodies. Its classification as an artificial satellite highlights its role in space exploration and satellite technology. The numerical designation 34941 ensures its identification within satellite tracking and cataloging systems. While specific details about its mission or orbit are not provided, its inclusion in Wikidata and Wolfram Language underscores its relevance in the broader context of space-based infrastructure. Artificial satellites like Protostar 2 contribute to communication, Earth observation, and scientific research, making them essential components of modern space technology.

## Notable For
- **Numerical identification**: Recognized by the unique designation 34941 in satellite cataloging systems.
- **Wikidata integration**: Included in Wikidata with a simple numerical description.
- **Wolfram Language reference**: Represented as Entity["Satellite", "34941"] in computational knowledge systems.
- **Artificial satellite classification**: Part of the broader category of human-made orbital objects.
- **Sitelink presence**: Linked to 142 related entries, indicating its role in satellite-related knowledge networks.

## Body
### Classification
Protostar 2 is classified as an artificial satellite, a type of human-made object designed to orbit a celestial body. This classification aligns with its role in space technology and satellite operations.

### Identification
Protostar 2 is identified by the numerical designation 34941, which serves as a unique reference in satellite cataloging systems. This identifier ensures its distinction within the broader network of artificial satellites.

### Wikidata and Wolfram Language
Protostar 2 is documented in Wikidata with the description "34941," reflecting its numerical identifier. In Wolfram Language, it is represented as Entity["Satellite", "34941"], facilitating its integration into computational knowledge systems.

### Related Entities
Protostar 2 is linked to 142 related entries in the artificial satellite class, indicating its significance within satellite-related knowledge networks. This connectivity highlights its role in broader discussions of space technology and orbital objects.

### Significance
As an artificial satellite, Protostar 2 contributes to the broader field of space exploration and satellite technology. While specific details about its mission or orbit are not provided, its classification and identification underscore its importance in the context of human-made orbital infrastructure.