1. Improvements in telecommunication
2. Improvements in global travel
<h3>What is Global culture?</h3>
- Global culture refers to the transmission of beliefs, values, and ideas around the world that has a significant impact in the behavior of society.
- This has been evolving through time, especially since the Industrial Revolution. Today, we are capable of communicating with other people as quickly and easy as ever in the history of humanity and this will keep evolving as technology evolves as well.
- This evolution is due to science and technology, especially to the improvements in telecommunication, which enables us to communicate with people from other countries through calls, social media messagings, e-mails, etc., and to the improvements in global travel, which is much more accessible today than it was before, allowing individuals to move from one country to the other easily and constantly and improving socialization between people from different cultures and backgrounds
To learn more about global travel from the given link
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Answer:DNA and RNA (Deoxyribonucleic Acid Ribonucleic Acid)
Explanation: did this help
Answer: Prokaryotes
Explanation:
The Prokaryotes have the greatest ability to survive on different types of substances. They have better ability to survive on the food of different sources.
The food source may be organic or inorganic. It can also be from plants. The prokaryotes can be archae or bacterium which can metabolize and obtain energy from the food.
The archae such as halo bacterium has the ability to survive on multiple types of food. Purple sulfur bacteria is one of the bacteria surviving on different food source.
Answer:
The center section of the period table is classified into<u> transition </u> elements.
Explanation:
Transition elements can be described as elements that are present in the centre of the periodic table and are usually metals. These elements have their d sub-shells partially filled. The transition metals have high oxidation states. They have high melting points. These elements generally are known to form coloured compounds and are used for various chemistry tests. The elements from group 4 to 11 generally occur under in this category. Examples of these elements include essential elements like iron and copper.
