The whale worms feed on the bones of the whale. The skeleton of the whale consists of huge amount of oil and thus is able to support enormous life. Usually a large whale fish bone is made up of 60% oil which is approximately equal to 6-7 tons of oils. The male whale worms live with in the bodies of the female worms. As many as 50-100 males may reside in one female. These worm species live in dandelion weeds and produce lots of eggs, grow fast and then disperse fast.
After consuming whale skeleton, all the worms at that site will die off. Before dying they release lots of eggs that are transported by the ocean currents and survive until they find whale bones to colonize
Producers are very important to ecosystem reason being without the producers we would not be able to survive. Producers make their own food by use of sun which turns simple raw materials into food.
Herbivores are consumers who eat only green plants. Omnivores eat animals and plants. Scavengers only eat dead organisms. Scavengers help the environment in that they eat dead organisms and decomposes the broken organic material down to the raw material.
Answer:
The first person to observe cells was Robert Hooke. Hooke was an English scientist. He used a compound microscope to look at thin slices of cork.
Explanation:
Sorry if I am wrong let me know if I am.
<span>Genetic
drift is a predictable event alongside with natural selection, mutation, and
migration. In every era of generation, organisms’ genes may be passed on to its
species, to further the usable genetic trait while the not-so-used genes are
trashed away.</span>
The factor that determines this is the atomic structure of these two elements which determines how many electrons are found on the outer shell or energy level of these elements.
Ability to form single, double or even multiple covalent bonds is directly dependent on the number of electrons on the outer energy level.
The atomic structure of oxygen 2:8:6 with the outer shell having 6 electrons. Oxygen readily accepts and share 2 more electrons from another element forming two covalent bonds.
Likewise carbon has an atomic structure of 2:4 with 4 electrons in the outer shell. It readily shares these electrons with other elements to form 4 covalent bonds with them.
