What are some real world problems and how can biology be used to solve these
problems?

Answers

Answer 1
Answer:

The real world problems are explained below:

  • Lack of energy resources

Various non-renewable energy resources like natural gas and fossil fuels. We can use biology to help with the development and improvement of renewable energy sources like hydroelectric energy.

  • Food scarcity in developing countries

Many countries have issues with starvation and famine. It's usually due to there are various people in a dry, desolate area, like as Yemen, or Afghanistan, where it's very difficult to grow food. We can use biology to create or generate new seeds.

Learn more: brainly.com/question/3617478?referrer=searchResults

Answer 2
Answer:

Answer:

a. Lack of energy resources

Many non-renewable energy resources, such as natural gas and fossil fuels, and quickly being used up. We can use biology to help with the creation and improvement of renewable energy sources, such as geothermal or hydroelectric energy.

b. Food scarcity in developing countries

Many third world countries have issues with starvation and famine. It's usually because there are many people in a dry, desolate area, such as Yemen, Niger, or Afghanistan, where it's difficult to grow food. We can use biology to develop new seeds that can withstand extreme heat or drought, to combat famine in these countries.

I hope this helps!


Related Questions

The outer and inner core of the Earth make up approximately one third of Earth’s mass True Or False
In lemmings, gray (G) fur is dominant over white (g). There is a second gene called color (C), and individuals must have at least one dominant C allele for gray color to be expressed. You obtain a white lemming that is heterozygous for gray fur color. What is its genotype?
Which is an example of how ecosystems on earth affect each other
A water solution that has the same salt concentration as the cells is said to be _____. hypotonic isotonic
The endosymbiotic theory helps to explain the origin of which structures?

How many nitrogen bases make up a codon and what does it represent?

Answers

3 bases make up a codon that specifies for a specific trait.

Final answer:

A codon is made up of three nitrogen bases in an RNA molecule, each coding for a specific amino acid. It is an essential concept in understanding the production of proteins.

Explanation:

A codon in the biological context consists of three nitrogen bases. These nitrogenous bases are part of an RNA molecule. The bases can be adenine (A), guanine (G), cytosine (C), or uracil (U). Each codon represents and codes for a specific type of amino acid. As a result, a sequence of codons provides instructions for the construction of a protein. This is vital to understanding the central dogma of molecular biology—DNA makes RNA and RNA makes protein.

Learn more about Codon here:

brainly.com/question/33381006

#SPJ6

Where has the population reached the carrying capacity in the Graph shown above? (need help quick!)A. point C
B. point B
C. point A
D. point D

Answers

Answer:

The correct answer is option D. point D.

Explanation:

Carrying capacity is characterized as the maximum populace size that a domain can continue inconclusively.  For most species, there are four factors that factor into figuring the carrying capacity of an individual population: food accessibility, water resources, habitat, and ecological conditions.

In a graph representation of population size in a time period increases until it reaches carrying capacity, carrying capacity is representing in the graph where the increase in curve becomes stable and makes a plateau.

Thus, the correct answer is option D. point D.

Answer:

D point D

Explanation:

Could you tell me what Are Spores?

Answers

Basically just a unit of ASEXUAL REPRODUCTION 

What happens during interphase?​

Answers

Answer:

During interphase, the cell grows and the nuclear DNA is duplicated. Interphase is followed by the mitotic phase.

During interphase the cell grows and the nuclear DNA is duplicated. Interphase is followed by the mitotic phase, the duplicated chromosomes are segregated and distributed into daughter nuclei. The cytoplasm is usually divided as well resulting in two daughter cells

What is the primary role of the stomach in the human digestive system? A. producing specialized salts that absorb fats
B. absorbing water and minerals from undigested food
C. using muscle movements and enzymes to break down food
D. transferring nutrients from digested food to the bloodstream

Answers

C. using muscle movements and enzymes to break down food
The answer is (C) using muscle movements and enzymes to break down food.

Limiting contact between gamma rays and healthy tissue is important because?

Answers

Gamma ray is high-frequency electromagnetic radiation. It is known that gamma rays are able to damage DNA molecules in the cells by interrupting DNA strands. That characteristic of gamma rays is used in the treatment of tumors. An idea was that gamma rays will damage DNA molecules of tumor cells and, consequently, prevent uncontrollably divisions of tumor cells. But, in treatments, it is very important to limit contact between gamma rays and healthy tissue. This way it will be minimized damage of DNA molecules in healthy cells.

Answer: gamma rays are high energy and may cause damage to healthy cells.

Explanation: I took the test!!