Answer:
Slope affects the real world by influencing everything from road safety and building stability to agriculture, economics, and sports. It plays a crucial role in designing structures, managing landscapes, understanding climate patterns, and making informed decisions in various fields.
c. Water leaves the sucrose solution because the sucrose molecule is a disaccharide and thus larger than the monosaccharide glucose.
d. The sucrose solution is hypertonic and will gain water because the total mass of sucrose is greater than that of glucose.
e. After the sucrose dissociates to two monosaccharides, water will be osmostically drawn to that side of the membrane.
Answer:
a. Nothing happens because the two solutions are isotonic to one another.
Explanation:
Two solutions of the same molarity are separated from each other by a membrane that allows water molecules but not the glucose or sucrose to move across it. Movement of water across the selectively permeable membrane occurs only when two solutions have different concentrations of solutes. In that case, water moves from a hypotonic solution towards a hypertonic solution. Since both sucrose and glucose solutions have the same tonicity, there would not be any change in the solution.
Assuming a diallelic gene exhibiting complete dominance, with tall plants being the dominant phenotype and short plants the recessive one, the cross of a heter0zyg0us plant with a short one results in a phenotypic ratio 1:1.
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We know that the cross involved a heter0zyg0us dominant tall pea plant and a short pea plant.
We will assume a diallelic gene coding for this trait, and exhibiting complete dominance. This means that the dominant allele completely masks the expression of the recessive allele.
So,
If the heter0zyg0us plant exhibits the dominant phenotype, it means that the allele coding for tall plants in the dominant allele.
So let us say that
According to this information, the tall plant is Tt and the short plant is tt.
So let us make the cross,
Cross: tall plant with short plant
Parentals) Tt x tt
Gametes) T t t t
Punnett square) T t
t Tt tt
t Tt tt
F1) Genotype
Genotypic ratio ⇒ 1:1
Phenotype
Phenotypic ratio ⇒ 1:1
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Answer:
The genetic disease may be defined as the disease that can be pass down from the parents to their progeny. Different types of inherited disease are cystic fibrosis, sickle cell anemia and thalassemia.
The defect in the mitochondrial gene can also be transfer from one generation to the next generation. In this case the disease is transfer from the mother to their offspring as the mitochondria of the mother only can be transmitted to the offspring. The trait cannot be passed by the fathers.