Which of the following is the most likely effect of urban sprawl? A. less destruction of natural habitats B. increased shortages of water and other resources C. decreased city temperatures in summer months D. less vehicle and factory emissions

Answers

Answer 1
Answer: Well, urban sprawl is just another term for urbanization, the spreading of towns and cities, and basically the disappearance of rural areas as well as nature. So, having that in mind, it would appear that urban sprawl is a negative thing, meaning the correct answer is increased shortages of water and other resources. The more cities grow, the more resources people will need to keep them advanced and modern, which means that soon enough, there will be no more resources for them to use.
Answer 2
Answer:

The answer is B on e2020


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Where are the oldest fossils found in the rock layers

Answers

The oldest layers are on the bottom, and the youngest layers are on the top.

The oldest layers are on the bottom, and the youngest layers are on the top. Because sediments sometimes include once-living organisms, sedimentary rock often contains a lot of fossils.

What kind of molecule is formed when many disaccharide molecules are combined?

Answers

Answer:

Polysaccharide.

Explanation:

Disaccharide is formed by the combination of two monosaccharide sugars. Fructose is a disaccharide formed by the glycosidic linkage between glucose and fructose.

Polysaccharide are the polymers of many sugars unit linked through glycosidic bonds. When many disaccharide molecule combine together they form polysaccharides. Starch is a polymer of alpha glucose units.

Polysaccharide, which is the polymer of a carbohydrate.

What is the most abundant gas in Earth's present day atmosphere

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Answer is Nitrogen...............

How does a radio use radiant energy

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Answer Explanation:

A radio uses an electromagnetic energy in the form of radiant energy. This is an invisible energy in the form of radio waves that can travel through space.

When it comes to radio, the radio waves are received by the radio tuner. It is then converted into sound waves that are audible to the human ears. Unlike the other electromagnetic radiation, the radio waves are harmless since they do not cause any harm to the human body. This is the reason why, it is more commonly used for telecommunications and toys controlled by remote.

Electromagnetic waves carry energy

When the Linnaean system of classification was first developed in the early 1700s, it only had two kingdoms for living things, the plant and animal kingdoms. Three more kingdoms have been added since then, as well as a higher division of three domains. Why are we still using this system if we have to keep changing the way it is organized?

Answers

The right answer for the question that is being asked and shown above is that: " we are still using this system if we have to keep changing the way it is organized because it is already more reliable and mostly used by the people. It has been through different ages."

Final answer:

The Linnaean system of classification is still used because it provides an internationally recognized method for organizing and identifying species. Changes to the Linnaean system, like the addition of more kingdoms and the domain division, represent advances in scientific knowledge. Despite the modifications, the fundamental purpose of classifying biological diversity remains intact, making the system robust and adaptable.

Explanation:

We continue to use the Linnaean system of classification because it provides an internationally accepted method of organizing the vast diversity of life on Earth. Just like a library uses a classification system to organize books, taxonomy helps to organize and identify the millions of species on Earth. Changes to the classification system over time, such as the addition of more kingdoms and the higher division of domains, reflect advances in our scientific understanding, especially in the realm of genetics and molecular biology.

Carl Linnaeus initially categorized life into two kingdoms: the plant and animal kingdom. But with the expansion of scientific knowledge, three more kingdoms have been added to include fungi, protists, and monera (bacteria), and three domains were introduced: Bacteria, Archaea, and Eukarya.

These changes to the Linnaean system reflect the presence of more complex relationships among organisms than initially understood. The system remains robust and useful by accommodating changes based on new scientific discoveries and technological advancements. Its hierarchical nature allows it to be flexible and adaptable to incorporate new knowledge while maintaining its foundational purpose of classification. Hence, despite modifications made to this classification system since its inception, it continues to be the fundamental framework for typing biological diversity.

Learn more about Linnaean System of Classification here:

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How are the products of photosynthesis from the leaves get transported to all other parts of the plants​

Answers

Explanation:

These sugars are transported across the plant by the phloem, a mechanism known as translocation. Sinks are sugar distribution points such as roots, young shoots, and developing plants. The product of photosynthesis is transported from source of production to the storage organs through Phloem