Since Andy lives in the Southern Hemisphere, the season he is most likely to experience in August is winter.
A season can be defined as a division of the year based on changes in ecology, atmospheric weather conditions and daylight hours in a given geographical region, especially due to a change in the position of planet Earth with respect to the Sun.
In Geography, there are four (4) distinct periods in a season and these include the following:
Based on scientific information and records, all the countries that are located in the Southern Hemisphere experience winter from June to August.
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atoms. What is the half-life of carbon-14?
O
A. 2,865 years
O
B. 50 years
O
C. 5,730 years
O
D. 7 years
SUENIT
A carbon-14 sample starts with 100 atoms, and 5,730 years later, there are 50 atoms the half-life of carbon-14 are 5,730 years
The chemical element carbon has the atomic number six and the letter C assigned to it. It has a tetravalent atom, which means that four of its electrons can be used to create covalent chemical bonds. It is nonmetallic. The periodic table's group 14 includes it. The crust of the Earth contains 0.025 percent carbon.
Similar to hydrogen, oxygen, lead, and all the other chemical elements listed in the periodic table, carbon is an element. An extremely common element is carbon. As in diamonds and graphite, it can exist in pure or almost pure forms, but it can also interact with other elements to form molecules.
The half-life of carbon-14's degradation into nitrogen-14 is 5730 years, making it an unstable element. The time it takes for half of the Carbon-14 atoms to decay back into Nitrogen-14 is therefore 5730 years.
Therefore, Thus option (c) is correct.
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Answer: C
Explanation:
Answer:
The people of Ukraine are known for creating intricately decorated eggs called pysanky.
Ukraine- D.
Answer:
is the answer
Explanation:
Ukraine
The wind carries smaller particles like dust and sand grains further than larger ones. This is due to their reduced mass, requiring less force to be moved, and experiencing less air resistance due to their smaller size.
In the physics of wind erosion, wind can transport particles of varying sizes. The size of the particles that gets carried the furthest largely depends on the strength and duration of the wind. Generally, smaller particles such as dust and sand grains are carried farther by the wind than larger particles. This is because smaller particles have less mass and thus require less force to move. Furthermore, due to their reduced size, they experience less drag (resistance to motion due to friction with air), making them more efficient at traveling longer distances when aided by wind.
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