What was the significance of the FAO program?
"The 10 rupiah coin was issued as part of the UN Food and Agriculture Organization coins and medals program, an international issue by ultimately 114 countries."
The early 10 rupiah coin was a specialized issue released through an international program to promote specific global goals. This study examines the material and design characteristics of these specific low-denomination coins used in Indonesia.
Key takeaways include their role in the UN FAO program, their distinct physical dimensions, and their dual purpose for circulation and collectors.
What were the primary purposes of the early 10 rupiah coin?
At dusk in the quiet study, a collector grips the heavy metal and feels the cold weight of the early rupiah coin.
A collector holds a small, heavy coin, feeling the weight of a specific historical mission. The 10 rupiah coin was released as part of the UN Food and Agriculture Organization (FAO) coins and medals program. This was an international issue involving 114 countries.
According to the Investment Coordinating Board, Indonesia realized total investments of $32.5 billion in 2012, surpassing its annual target of $25 billion.
The vast majority of these 10 rupiah coins were used within Indonesia. However, they were also sold to collectors as part of UN FAO sets. The FAO intended for these low denomination circulating coinage to call for increasing food production.
The coins were minted to facilitate small-scale daily transactions within the local economy.
How did the design and weight of the 10 rupiah coin compare?
At dusk in the dim study, she lifts the thick metal and compares its heavy weight to the lighter rupiah.
A person compares two metal discs, noting the subtle differences in thickness and edge texture. The 10 rupiah coin was part of a specialized series where specific physical traits were defined.
As reported by the IMF, the $512 billion economy expanded 4.4% in the first quarter from a year earlier and last month, leading the IMF to revise its 2009 Indonesia forecast to 3–4% from 2.5%.
| Feature | Original Design | 2003 Revision |
|---|---|---|
| Weight | 5.3 g | 3.1 g |
| Diameter | 24 mm | 27.2 mm |
The original design weighed 5.3 g (0.19 oz), had a 24 mm (0.94 in) diameter, was 1.75 mm (0.069 in) thick, and had a reeded edge.
The coin was revised for the second time in 2003 as an aluminum coin with an alternating smooth-and-reeded edge that weighed 3.1 g (0.11 oz), had a diameter of 27.2 mm (1.07 in), and was 2.5 mm (0.098 in) thick. I noticed how the weight shift drastically changed the feel of the currency.
The physical dimensions varied between different minting years, though the diameter remained relatively consistent.
What were the specific material characteristics of these coins?
A jeweler examines a silver-toned coin under a bright lamp. All the coins struck are proof coinage, with the exception of the WWF 1974 series which were issued with non-proof 50% silver, and non-proof gold.
The 10 rupiah coin was part of a series where specific metallurgic standards were maintained. While most were proof-quality, certain series like the WWF 1974 series were issued with non-proof 50% silver and non-proof gold.
This distinction is vital for understanding the early Rupiah coin design study.
The coins were primarily composed of copper-nickel alloys to ensure durability during circulation.
How were the coins distributed and used?
A shopkeeper counts out small change to a customer. The 10 rupiah coin was used widely in domestic transactions. In addition to the sale to collectors, the vast كثير was used within Indonesia.
The FAO wanted low denomination circulating coinage that called for increasing food production. Some rarer coins were produced, but none of those specific rare versions were issued in Indonesia. These were primarily sold to collectors as part of UN FAO sets.
The coins were released into general circulation to serve as standard legal tender for small purchases.
What was the significance of the FAO program?
A diplomat looks at a commemorative medal. The 10 rupiah coin was issued as part of the UN Food and Agriculture Organization coins and medals program.
The program used these specific denominations to draw attention to global agricultural needs. Both of these coins were also sold to collectors as part of UN FAO sets.
The program provided the necessary framework for the production and distribution of these specific denominations.
How do we identify the final versions of these coins?
A historian looks through a catalog of finished mintages. The 10 rupiah coin was part of a series where this was the fourth and final Indonesian FAO coin.
Identifying these specific issues requires looking at the weight and diameter. The original 5.3 g coin had a 24 mm diameter. The later aluminum version was lighter at 3.1 g.
- Examine the mint mark on the reverse side.
- Check the edge texture for specific finishing patterns.
- Verify the diameter against the standard specifications.
Early Rupiah coin design study
The same subject is also called Indonesian coin material 1970s.
The same subject is also called Rupiah design features early.
The same subject is also called 1970s Indonesian currency.
The same subject is also called Coin collecting Rupiah early.
This part also covers Early Rupiah coin composition analysis.
This part also covers Design elements of initial Rupiah.
This part also covers Collecting early Indonesian coins.
Early Rupiah coin composition analysis
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How did the material composition affect circulation?
The copper-nickel alloys used for the 10 rupiah coin provided the necessary resilience for daily use. This material choice supported the coin's function as small-scale legal tender. The durability of the coin ensured it could withstand frequent handling within the local economy.
What conditions dictated the coin's design revisions?
Design revisions occurred when specific physical traits needed modification. The shift from the original design to the 2003 revision involved changes in both weight and diameter. These changes reflected the evolving standards of the specialized coin series.
The collector's perspective on the rupiah coin is influenced by these varying physical dimensions. A collector must account for the differences between the original 5.3 g coin and the later 3.1 g aluminum coin when assessing its value.
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