No.
This is because mutations not only help a species survive in certain conditions, but also allows diversity within a population. For instance, a bug species can develop a mutation to bug spray, allowing it to survive through its prey or killers. Therefore, ultimately benefiting and helping the species.
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Growth and change
Ability to reproduce
Maintain homeostasis
Responsiveness to the environment
Answer:
Option A
Explanation:
As per the first equation of equilibrium of Hardy Weinberg, the sum of frequencies of alleles at the locus is equal to unity.
Thus,
If "p" represents the frequency of dominant allele, "q" represents the frequency of recessive allele and at equilibrium

Let us assume that value of q is given in question which is equal to 
On substituting the given values in above equation we get -

Hence, option A is correct
Explanation:
this formula tells that there is one molecule of carbon and three molecule of hydrogen and 12 molecule of oxygen