Gregor mendel studied the inheritance of traits in pea plants. one trait he examined was the height of the plant. pea plants with the dominant 't' allele grew tall, and pea plants with the recessive allele 't' were short. according to mendel's principles of heredity, if a homozygous tall pea plant was crossed with a homozygous short pea plant, approximately how many of their offspring would have the short phenotype?

0

Explanation:

None of the offspring will appear tall.

Homozygous pea plant genotype = TT

Homozygous short plant genotype = tt

Crossing the the homozygous tall plant (TT) with homozygoys short plant (tt):

TT   x   tt   = Tt, Tt, Tt, and Tt

Since the T allele is dominant over the t allele, it means all the offspring will appear tall.

Hence, none of the offspring will appear short phenotypically.

The answer is 0.

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explanation:

answer: tributaries flow into rivers.

wetland is a biome that develops when the water gets accumulated in a land exhibiting a huge depression. these form either seasonally or permanently. the water in the wetland comes from rivers, lakes, ocean, flood, rain or other sources. the wetlands includes mangroves, marshes and peatland.

tributaries flow into the rivers develops a wetland because such water will get deposited in the depression and will restrict the original flow of tributary water. hence, water with low drainage current combines with the river water.