Answer:
One reason that Organism A and Organism C will be placed in different groups will be due to their MODE OF NUTRITION.
As described in the question, Organism A has an autotrophic mode of nutrition which means that it has the capability to produce its own food. Organism C is a heterotroph which means it cannot produce its own food and hence will have different properties as compared to the organism A.
Answer:
Autumn Equinox
Explanation:
The autumn equinox is the first day of the autumn season and occurs when the sun passes the equator moving from the northern to the southern hemisphere
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Genotypic ratio of offsprings will be homozygous tall : heterozygous tall =1:1.
Tt and Tt if crossed will give 25% progenies as short.
<h3><u>Explanation:</u></h3>
The cross given here is a cross between the two plants, one of which is homozygous tall and other is heterozygous tall plant.
The genotype of the homozygous tall plant = TT.
So, gametes produced from the plant = T.
Genotype of the heterozygous plant = Tt.
So the gametes produced from the heterozygous plant = T and t.
These gametes are written in the Punnett square which gives the offsprings TT, TT, Tt and Tt.
Thus all the offsprings are tall, but the Genotypic ratio is TT:Tt = 1:1.
If Tt and Tt are crossed then 25% of the progenies will be short.
Bird and shark because they are both consumers
the mushroom is a decomposer
and the green plant is a producer