Answer:
B. 100% black : 0% grey
Explanation:
If allele for black fur (BB) is dominant over grey fur (bb) and the rabbits can have either of these two colors phenotypically then a cross between a homozygous black rabbit (BB) and heterozygous black rabbit (Bb) will produce all the rabbits with black phenotype.
The cross is shown as under :
Parental BB x Bb
F1 BB BB Bb Bb
Genotypic ratio => BB : Bb = 1:1 i.e. 50% homozygous dominants & 50% heterozygous dominants.
Phenotype will be 100% black rabbits and 0% grey rabbits.
The answer is; B
If we assume that the allele for black fur is B and that for white fur is b, crossing a homozygous black rabbit with a heterozygous black rabbit, will yield the following results (indicated in the punnet square below);
Genotypically, 50% of the population will be homozygous dominant, while 50% will be heterozygous. However, phenotypically, all offspring will bear black fur because the black fur allele is dominant over the grey allele.
for you to be scientifically
literate
Answer:
C. Explain to your reader thorougly
Explanation:
scientific litierate
Answer: The correct answer for the blank is-
Energy is released from ATP ( adenosine triphosphate) when high energy phosphoanhydride bond ( present between two phosphate) is broken down or hydrolyzed.
This results in the formation of ADP ( adenosine diphosphate) and Pi ( inorganic phosphate).
Therefore, hydrolysis of ATP releases energy.
Energy is released from ATP when ATP undergoes hydrolysis.
ATP supplies energy for cellular activities by breaking off a phosphate group from its structure.
ATP is produced through the process of cellular respiration where food particles such as glucose are broken down to yield energy in the form of ATP.
Keywords: cellular respiration, ATP, energy
Level: High school
Subject: Biology
Topic: Cellular respiration
Sub-topic: Hydrolysis ATP
The fossils from Australopithecus provide evidence for evolution because some parts of the bone that contains the DNA of it can be identified as this type of animal. They can be detected through the use of carbon dating devices.
The fossils of Australopithecus could provide evidence for evolution in the sense that DNA in the bones of the ape can serve as evidence for other organisms that exists after.
Evolution refers to transformation of living things into different forms (now understood as a change in geneticcomposition) by the accumulation of changes over successive generations.
Evolution is a transformational process that takes place over time. Fossils such as bones, shells provide evidence for the evolutionaryrelationships between organisms.
According to this question, Australopithecus is an ape that lived in trees, but could walk on two feet. This means that fossils of Australopithecus could provide evidence for evolution in the sense that DNA in the bones of the ape can serve as evidence for other organisms that exists after.
Learn more about evolution at: brainly.com/question/13492988
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B - Carbon dioxide
C - Co-enzyme A
D - None of the above
2) Which of the following is energy that has not yet been used?
A - Potential
B - Kinetic
C - Metabolic
D - All of the above