QUESTION:

1 answer:

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The products of photosynthesis that would not be produced as a result of an herbicide that blocks Photosystem II (PSII) are ATP and sugars because it involves a protein gradient.

<h3>What is the Photosystem II (PSII)?</h3>

The Photosystem II (PSII) is a protein complex present in the internal membrane of chloroplasts required to generate a proton gradient.

This proton gradient is required to generate ATP by means of an ATPase that couples the concentration gradient.

In conclusion, the products of photosynthesis that would not be produced as a result of an herbicide that blocks Photosystem II (PSII) are ATP and sugars because it involves a protein gradient.

Learn more about photosystem II here:

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Explanation:

Flower color in snapdragons exhibits incomplete dominance wherein the heterozygous genotype exhibits the blend phenotype. To have all the pink-flowered progeny, all the progeny should have CRCW genotype and must obtain CR allele from one parent and CW from the other.

Among the given options, parent genotype "CRCR × CWCW" will give all the pink-flowered progeny. The parent plant with genotype CRCR would produce all the gametes with "CR" alleles while the parent with genotype "CWCW" would produce all the gametes with the "CW" allele. The random fusion of these gametes from the two parents would give all pink-flowered progeny with genotype "CRCW".