Answer:
<em>See attached punnet square</em>
Explanation:
Attached is the punnet square that shows the Mendelian assortment of the allele for tongue rolling between a homozygous dominant and heterozygous parents.
Genotype Probability
TT 50%
Tt 50%
Phenotype Probability
Tongue Roller 100%
Answer: we classify organisms to group living beings who share the same characteristics or who have common attributes
Explanation: So, since the late '60s and based on the proposal of the researcher Robert Whittaker, most biologists group living beings into 5 large groups called Kingdoms, based mainly on three characteristics:
* type of cell,
* number of cells in each organism and
* the way of obtaining energy.
As a result, we could have 5 kingdoms; and these kingdoms are:
Monera, represented by the microorganisms of prokaryotic type known colloquially as "bacteria"
-Fungi, represented by mushrooms
-Plantae, the kingdom of the plants
-Animalia, the kingdom of the animals, and
-Protist, a very diverse group of organisms of eukaryotic type.
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I hope it is useful. regards. Maria
<u>Answer:</u>
The cell differentiation is necessary for the survival of multi-cellular organisms because at the beginning all the organisms start from a single cell called the zygote. This zygote undergoes mitosis and forms many uniform cells that do not have any specific function.
The differentiation of these cells is required for the development of specific organs and organ systems from this single cell.Cell differentiation is an essential process that gives a specific function to the cells of the body.
Answer:
Natural hazards are extreme natural events that can cause loss of life, extreme damage to property and disrupt human activities. ... Other natural hazards, such as tornadoes, can only happen in specific areas. And some hazards need climatic or tectonic conditions to occur, for example tropical storms or volcanic eruptions. Example of natural hazard:weather, volcanic eruption, tsunami, thunderstorm, etc.
The inaccurate reporting of an experiment data will lead to the following consequences:
- Data will lack quantitative measures.
- Data will be less reliable due to inaccuracy.
- Data will not be reproducible by other scientists for validation of test results.
- Data will weaken the proposed testable hypothesis of the scientist.
- Data will break any trend that has been previously observed by the scientist.
