Answer:
The chance of a female offspring having colorblindness is 0%, and the chance of a male offspring have colorblindness is 100%.
Explanation:
You're crossing a colorblind female (X^m X^m) with a male w/ normal vision (X^M Y). The Y chromosome is irrelevant here. You would then have offspring with the possible genotypes: X^m X^M, X^m X^M, X^m Y, or X^m Y. So, in other words, the chance of a female offspring having colorblindness is 0%, and the chance of a male offspring have colorblindness is 100%.
Answer:
i think that it will be :
Explanation:
1-coal
2-hydroelectric power
3-oil
4-nuculear power
*2&3 i amn't sure about them*
C. A Material that consists of one or more cells is a living organism
Answer:
a. a strong hypersensitive response.
b. a high diversity of R proteins.
Explanation:
Hypersenstive response is an immediate defense system in plants because they don't have direct immune system. During an event of pathogen invasion, plant produces reactive radicals (reactive oxygen species, reactive nitrogen species, hydrogen peroxides) to kill the invading pathogen. Therefore, it should be included in the selection of tomato varities against novel biotrophic pathogen as a main criteria.
Further, R proteins are produced by R-genes (resistant genes) that is a defense line in plants against pathogens. Typically, it is known as a Pathogen-Associated Molecular Pattern or PAMP. The presence of r-genes in tomato varieties would help produce enzymes (r-proteins) that will kill or minimize the invador/infection. Hence, it should also be included as a main criterion for the selection of tomato varieties.
B. Lysosomes
They are filled with enzymes that break down things such as lipids and carbohydrates.