Answer:
first
Explanation:
Answer: The correct answer is -
population of bacteria that has a high mutation rate.
Mutation can be described as permanent change in the genetic material of a living organism.
A population is said to be evolving if it changes over time due to change in the inheritable traits of the population.
With high mutation rate, there will be change in the frequency of gene variant (allele) and natural selection will act on the beneficial genes.
Due to this, over generations, bacterial population with high mutation rate will most likely to be evolving (that is change in the bacterial population will occur due to changes in the inheritable traits).
hypothalamus
cerebellum
cerebrum
Answer:
the hypothalamus
Explanation:
The correct answer is option C. It causes water molecules to be attracted to other water molecules.
The water is a polar molecule. The polarity of the water is due to the electronegativity of the oxygen. Due to high electronegativity of the oxygen the bond of the hydrogen and oxygen is pulled towards itself, which causes the appearance of slight negative charge on the oxygen and slight positive charge on hydrogen.
Due to this slight charge, the water molecules are attracted towards one another and form hydrogen bonds.
Answer : The correct answer for the blank is -
Producing spores.
Fungi is a separate kingdom of multicellular eukaryotic organisms that are different from plants and animals.
By asexual reproduction, they produce large number of genetically identical, haploid reproductive cells, called spores.
Spores are spread through wind and under favourable conditions, they germinate to form new fungi.
Thus, producing spores is the right answer.
The water cycle
B. The phosphorus cycle
C. The carbon cycle
Answer: C. The carbon cycle
Explanation:
The burning of the fossil fuel like coal will liberate carbon dioxide and carbon monoxide gases into the atmosphere. The carbon present in this gases circulates among the biosphere, hydrosphere, lithosphere and geosphere. Hence, burning of the fossil will affect the carbon cycle.