False,enzymatic reactions, the molecules at the beginning of the process are called substrates
Answer:
Let me count a few of the ways…
- Plants do not take life of any kind to sustain their own lives.
- Plants harvest atmospheric carbon dioxide (a waste product), water and sunlight (both ubiquitous and freely available) to produce within themselves the food which nourishes them.
- Plants are born and die in the same place.
- Plants have yet to start a war, perpetrate a genocide, or kill members of their own species over disagreements about mere ideas.
- When plants die, they do not entertain silly notions of a Better Place, somewhere beyond the stars.
<h2>C) option is correct </h2>
Explanation:
Natural selection as proposed by Darwin is a selection pressure which operates in a population and allow the best fitted genotype to survive in changing environmental conditions and eliminate the other genotype which are not fit
Causes of natural selection include: Genetic drift, mutation(changes allelic frequency) and sexual selection
In the given example, condition necessary for natural selection to occur on the mouse population is traits that affect the survival of the mice vary among individual mice, in this condition superior genotype will get the opportunity to reproduce and inferior genotype does not get opportunity to reproduce thus their genotype in population does not increase rapidly and hence they become eliminated leading to genetic drift
Chloroplasts, Vacuole and a cell wall
Answer: option C) Photosynthesis is fueled by the Sun.
Justification:
In brief, photosynthesis is a complex process that transforms the energy from the sunlight into chemical energy inside the bonds of the carbohydates of the plants.
Some specialized cells of the plants are able to catch the energy of the sunlight and, in a process that involves the reaction between carbon dioxide and water, transform that energy into chemical bonds to form glucose and oxygen.
Remember that the prefix photo means light, so photosynthesis stands for chemical reactions that use light.
