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suter [353]
3 years ago
5

Brainliest goes to the first to answer.

Social Studies
2 answers:
jarptica [38.1K]3 years ago
8 0

An achievement of the Zhou dynasty is lacquerware.

During this period of time (771 to 256 BC), large quantities of lacquerware appeared and this period boasts the earliest era of surviving lacquerware.

Anvisha [2.4K]3 years ago
5 0

Its A. introduction of coins I think

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How many times have the election of constituent assembly held in Nepal.
WITCHER [35]

Explanation:

The 1st Nepalese Constituent Assembly was a unicameral body of 601 members that served from May 28, 2008 to May 28, 2012. It was formed as a result of the first Constituent Assembly election held on April 10, 2008.[1] The Constituent Assembly was tasked with writing a new constitution,[2] and acting as the interim legislature for a term of two years. 240 members were elected in single-seat constituencies, 335 were elected through proportional representation,[4] and the remaining 26 seats were reserved for nominated members.[5]

7 0
3 years ago
4. What do you think Jesús Colón should do? Be sure to list the reasons you think he should
IRISSAK [1]

Answer:

In 1591 and after, he applied this algebraic method to geometry, laying the foundation for the invention of trigonometry. ... However, perhaps the most important mathematical advance of the early period of the Scientific Revolution was the invention of logarithms in 1594 by John Napier of Scotland.

In 1591 and after, he applied this algebraic method to geometry, laying the foundation for the invention of trigonometry. ... However, perhaps the most important mathematical advance of the early period of the Scientific Revolution was the invention of logarithms in 1594 by John Napier of Scotland.

In 1591 and after, he applied this algebraic method to geometry, laying the foundation for the invention of trigonometry. ... However, perhaps the most important mathematical advance of the early period of the Scientific Revolution was the invention of logarithms in 1594 by John Napier of Scotland.

In 1591 and after, he applied this algebraic method to geometry, laying the foundation for the invention of trigonometry. ... However, perhaps the most important mathematical advance of the early period of the Scientific Revolution was the invention of logarithms in 1594 by John Napier of Scotland.

In 1591 and after, he applied this algebraic method to geometry, laying the foundation for the invention of trigonometry. ... However, perhaps the most important mathematical advance of the early period of the Scientific Revolution was the invention of logarithms in 1594 by John Napier of Scotland.

In 1591 and after, he applied this algebraic method to geometry, laying the foundation for the invention of trigonometry. ... However, perhaps the most important mathematical advance of the early period of the Scientific Revolution was the invention of logarithms in 1594 by John Napier of Scotland.

In 1591 and after, he applied this algebraic method to geometry, laying the foundation for the invention of trigonometry. ... However, perhaps the most important mathematical advance of the early period of the Scientific Revolution was the invention of logarithms in 1594 by John Napier of Scotland.

In 1591 and after, he applied this algebraic method to geometry, laying the foundation for the invention of trigonometry. ... However, perhaps the most important mathematical advance of the early period of the Scientific Revolution was the invention of logarithms in 1594 by John Napier of Scotland.

In 1591 and after, he applied this algebraic method to geometry, laying the foundation for the invention of trigonometry. ... However, perhaps the most important mathematical advance of the early period of the Scientific Revolution was the invention of logarithms in 1594 by John Napier of Scotland.

In 1591 and after, he applied this algebraic method to geometry, laying the foundation for the invention In 1591 and after, he applied this algebraic method to geometry, laying the foundation for the invention of trigonometry. ... However, perhaps the most important mathematical advance of the early period of the Scientific Revolution was the invention of logarithms in 1594 by John Napier of Scotland.

In 1591 and after, he applied this algebraic method to geometry, laying the foundation for the invention of trigonometry. ... However, perhaps the most important mathematical advance of the early period of the Scientific Revolution was the invention of logarithms in 1594 by John Napier of Scotland.

Scientific Revolution was the invention of logarithms in 1594 by John Napier of Scotland.

In 1591 and after, he applied this algebraic method to geometry, laying the foundation for the invention of trigonometry. ... However, perhaps the most important mathematical advance of the early period of the Scientific Revolution was the invention of logarithms in 1594 by John Napier of Scotland.

In 1591 and after, he applied this algebraic method to geometry, laying the foundation for the invention of trigonometry. ... However, perhaps the most important mathematical advance of the early period of the Scientific Revolution was the invention of logarithms in 1594 by John Napier of Scotland.

In 1591 and after, he applied this algebraic method to geometry, laying the foundation for the invention of trigonometry. ... However, perhaps the most important mathematical advance of the early period of the Scientific Revolution was the invention of logarithms in 1594 by John Napier of Scotland.

In 1591 and after, he applied this algebraic method to geometry, laying the foundation for the invention of trigonometry. ... However, perhaps the most important mathematical advance of the early period of the Scientific Revolution was the invention of logarithms in 1594 by John Napier of Scotland.

5 0
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When water is at 0°C, can it be a solid, a liquid, or both a solid and a liquid?
Mashcka [7]
Both a solid and a liquid.
5 0
2 years ago
Read 2 more answers
Where was john steinbeck located??
atroni [7]
In Salinas California
4 0
3 years ago
Prior to the destruction of the Second Temple, which of the following areas of the world contained Diaspora communities? A.Centr
erma4kov [3.2K]

Prior to the destruction of the Second Temple, the areas of the world that contained Diaspora communities is the A. Central Asia

<h3>What was Central Asia ?</h3>

Central Asia was one of the regions of the world where Diaspora Communities existed before the second temple was destroyed.

Following the Roman demolition of the Second Temple of Solomon in Jerusalem in 70 CE, the Diaspora is known to have grown. while the Second Temple refers to place for the Jewish traditions that flourished between the return of exiles from Babylon and the rebuilding of the Jerusalem.

Jews eventually dispersed throughout Central Asia and beyond, reaching areas of Europe and North Africa.

Jews spent many years migrating through several Diasporas, visiting numerous nations, before being handed the country of Israel on Arab territory.

Learn more on Diaspore communities here:

brainly.com/question/2205186

#SPJ1

4 0
1 year ago
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