Answer:
an organism is multicellular, heterotrophic (cannot make its own energy), and has no cell wall, it is an animal. This is the definition of the kingdom Animalia.
There are unicellular animal-like members of the kingdom Protista commonly called protozoa.
Fungi are heterotrophic and multicellular, but they have a cell wall made of chitin.
Explanation:
Based on the graph, it can be concluded that the population is increasing rapidly because of the youth of the population.
<h3>What is population?</h3>
The population of a species is the number of organisms of the same species found within a given habitat.
Population graphs are used to describe the trend in the population of a given species of organisms.
The factors that affects population growth of a country include:
- fertility rates,
- mortality rates or life expectancy,
- the initial age profile of the population, and
- migration
Given the population graph of the country, the conclusion can be drawn is that the population is increasing rapidly because of the youth of the population.
In conclusion, the higher the fertility rate the faster the population growth.
Learn more about population growth at: brainly.com/question/1437549
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Note that the complete question is given below:
A scientist constructs a graph to show the age structure of the human population of Country Y. The graph is shown here. What conclusion is supported by the graph?
The population is increasing rapidly because of the youth of the population.
Answer: a crack forms, magma pushes upward, rock moves outward, magma hardens.
I know this 100% fact
Explanation:
Answer:
B) You measure the quantity of the appropriate pre-mRNA in various cell types and find they are all the same.
Explanation:
In the above scenario, we are using the control gene and we should know about the control gene is that its expression is either at transcription level or at translation level. For this situation we should examine the pre-mRNA stage of control gene in various cells because it is control gene so it should be present in various cells.
So, the best practice is to quantify the pre-mRNA level of gene then we can effectively solve the experimental problem and find the gene expression either it is at transcription or translation level.