Answer:
Reciprocal cross may be defined as the cross done by reversing the parent genotype. The reciprocal cross was performed by Mendel's during the pea plant experiment.
Mendel's reciprocal cross is important as it determines the contribution of the male or female in the particular trait. He reversed the male and female trait, cross them, whether the male or female is responsible for the transmission of the trait. He found that the progeny of the reciprocal cross are similar as the normal cross. Thus, he concluded that both the parents contribute equally in the transmission of trait.
Answer:
From the experiments that have been carried out, it is known that Mendel's theory of segregation can be proven even though the probability is true that the value is not 100%. By using the calculation of the Chi quare equation from the results of existing experiments, it has been found that the theory is compatible with the experiments.
Of all the possibilities of coin tosses in the second experiment, the result is that the probability of a coin not being equal to the "coin" is greater than the possibility of a coin equal to "coin". If we relate to Mendel's theory of cell segregation, then the possibility of random gene descent is correct, but this experiment is not necessarily appropriate because it is done with different observational objects, maybe in genetic genetic descent, there are other determinants that determine heredity genes.
Apart from that, results
Explanation:
tan coloring to blend in with the surroundings
Explanation:
The tan coloring helps ground squirrels adapt properly to African savannas.
African Savannah is a large expanse of grassland with very short trees. The bulk of Savannah is predominantly dominated by grass.
- Ground squirrels have a fascinating tan coloring of their hair like rodents in this biome.
- The color is the color of the earth.
- Through this it can easily blend with the ground and camouflage to escape their preys.
- Sharp claws are useless because it is a grassland.
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Adaptation brainly.com/question/3027401
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