Answer:
Genotype of the male parent: YY
Phenotype of the male parent: Yellow
Genotype of the female parent: Yy
Phenotype of the female parent: Yellow
To determine the genotype and phenotype of the offspring, lets make a punnet square:
Y y
Y YY Yy
Y YY Yy
Genotype of offspring: 50% YY and 50%Yy
Phentype of offspring: All yellow plants
<u><em>The results of the Punnet square illustrate that none of the offspring will have green seeds.</em></u>
Answer:
D. Translation
Explanation:
In the diagram you see a ribosome. Proteins are made at the ribosome, so it must be a process where proteins are being made from something. That something is mRNA. mRNA is made to proteins through a process called translation.
Water is better solvent for salt as compared to oil because water is a polar solvent. The water molecules are tend to attract each other and other polar molecules also because of their polarity. The oil molecules are non polar hence, they will not attract to any other polar molecules. Therefore, water is a better solvent for salt as compared to oil.
Answer:
One-half b c sine (60 degrees)
One-half a squared sine (60 degrees)
StartFraction a b sine (60 degrees) Over 2 EndFraction
Explanation:
The area rule states that the area of any triangle is equal to half the product of the lengths of the two sides of the triangle multiplied by the sine of the angle included by the two sides.
From the question, Equilateral triangle refer to a triangle with equal angle and equal sides. The sum of an angle in a triangle = 180°; this implies that each angles have 60°.
∴ the three options that defines the expressions that represent the are of triangle ABC are:
One-half b c sine (60 degrees)
i.e 
One-half a squared sine (60 degrees) ; if the two opposite sides posses the same parameters.
i.e 
StartFraction a b sine (60 degrees) Over 2 EndFraction
i.e 
Answer:
A. Out of the cell. They want to move from high to low concentration (DOWN the concentration gradient)
Explanation:
Although the cuticle provides important protection from excessive water loss, leaves cannot be impervious because they must also allow carbon dioxide in (to be used in photosynthesis), and oxygen out. These gases move into and out of the leaf through openings on the underside called stomata (Figure 3b).
