Answer:
The daughter plant is genetically similar to the parent plant. The leaf cells of the daughter plant have 24 chromosomes.
Explanation:
This is because the type of reproduction that is going on here is asexual reproduction, most likely budding. The chromosome number of the parent is going to be preserved and no sexual reproduction is going to be involved (i.e. gametes and meiosis).
The proportion of energy transferred from one trophic level to the next is known as trophic level transfer efficiency or ecological efficiency. The Ten Percent law states that 'net production at one trophic level is generally only 10% of the net production at the preceding trophic level'. In this example, the producer contains 6000 units of energy. 10% of this will be transferred to the primary consumer, i.e. 600 units. In turn, 10% of this energy will be transferred to the secondary consumer i.e. 60 units.
CO2 or carbon dioxide is an example of a compound element. A compound element is formed into a new substance when two or more elements are chemically combined. One of the most common examples is CO2 or carbon dioxide. The elements combined are carbon and oxygen.
<span>I think it organization of organelles in the cytoplasm but i'm not sure
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Answer: 1. Biodist(?) 2. If the one flying at 5mph is going faster(slower) than the other, it has more( less) KE 3. increasing speed increases KE more than increasing mass because KE = 0.5*m*v^2 second 3. Cake tin has greater mass and gravitational PE is proportional to mass. 5. The higher cupcake as greater gravitational PE because it is proportional to height. 6. Electrical, chemical and nuclear PE
Explanation:whatever a biodist is, it probably has greater mass than a mosquito so at the same velocity, has more KE
Unfortunately, “thassing” is unintelligible, but
KE = 0.5*m*v^2
Gravitational PE = m*g*h