<h2>Answer is option "B"</h2>
Explanation:
- High temperatures are not permissive for bacterial growth and lead to cellular stress, which would lead to a shift from lysogeny to the lytic phase
- Bacteriophage infection has generally been contemplated utilizing bacterial hosts developing exponentially, with dynamic air circulation, in one of a couple of all-around examined media
- The resurgence of enthusiasm for restorative, prophylactic, and agrarian phage applications, just as developing consciousness of the significant ecological effect of phages, make it progressively imperative to contemplate the subtleties of phage-have connections under conditions that are increasingly like those experienced in indigenous habitats
- Hence, the right answer is option "B"
A work has no skeleton, which is why it can bend in all different directions, but the main reason i know this, is cause if you pinch a work between your thumb and forefinger, it will break, and there is nothing on the inside of the worm that indicates there is a skeleton
1 step: start by writing the number of atoms in each element.
2 step: add the coefficients to the atoms on each side of equation to balance them with the same atoms on the other side
Always 10% of the energy is passed on to the next trophic level and 90% is lost... mostly heat: so if the producer has 500 units of energy then the primary consumer has 10% fromm 500 = so 50 units of energy is passed on to the next trophic level.