Answer: Option B
Explanation: The energy must be harvested from a place having a consistent wave so that the harvesting of energy is not stopped at any point of time.
It the wave is not consistent then the energy production will be hampered. The plant is set up at the places where the wave is consistently moving up and down and proving energy.
B. An electron transport chain
C. The light-independent reactions
D. Photosynthesis
Answer:
C. The light-independent reactions
Explanation:
Photosynthesis consists of two phases: light dependent phase and light independent phase.
a) The light dependent phase of photosynthesis includes photolysis of water, release of oxygen and synthesis of ATP and NADPH.
b) Light independent phase of the photosynthesis includes chemical pathway to fix atmospheric carbon dioxide into glucose. Since this chemical pathway was first discovered by Calvin, it is called as Calvin cycle.
Answer:
CG
Explanation:
I'm not 100%, but I do believe that is correct.
50% black : 50% grey
B.
100% black : 0% grey
C.
75% black : 25% grey
D.
25% black : 75
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.
Answer: spinal cord
Explanation: