<span>1.
</span>Yes. Dead organisms
are similar to non-living objects since do not take in nutrients/energy
to offset the process of entropy in thermodynamics that enables them to maintain an organized system. Additionally,
a dead organism stops to grow, does not reproduce and does not respond to stimuli similar
to a non-living
object.
<span>2.
</span>No. With the continuing
discovery of new species, the Linnease system is liable to continually change. Discovery of the evolutionary relationship between the discovered species and with already discovered species, enable the taxonomists
to rearrange the cladogram to best and rigorously understand the tree of life.
<span>3.
</span>No. Fact is that they are related. While they
may seem very different phenotypically, and even genetically, they share, at
some point up in the phylogenetic tree, a common ancestor. For, example, they
share the same Animalia kingdom and phylum Chordata.
Answer:
(C) Conventional wastewater purification systems have not been fully successful in killing bacteria at cold temperatures
Explanation:
According to the statement, the QuickFreeze’s purification system is a complement to conventional wastewater treatment systems, because it is a system that only kills bacteria at low temperatures. Therefore, <u>municipalities will have to keep their traditional systems for when temperatures aren’t so low</u>.
Let’s consider the different arguments to try to convince the municipality to buy the system:
A) It is an argument that detracts from the need to acquire QF technology since this technology does not control other impurities.
B) It doesn’t help to justify the acquisition of the QF system since this technology it’s not a replacement but a complement.
C) If there are limitations in conventional methods, especially at low temperatures, using the QF system would seem to be an excellent option to kill all bacteria.
D) It is not a strong enough reason to buy it.
E) It is an irrelevant statement.
Connell's famous barnacle experiment was initiated to learn more about competitive exclusion and distribution of branacle species. Barnacle species are distributed in distinct zones on the rocky shores of the Atlantic coast. The Chthamalus in upper intertidal zone; is a smaller species and the semibalanus in low intertidal zone which is a larger species. Chthamalus found in the higher physical stress and higher temperatures because the low tide levels causes them to be exposed to the extreme outside environment for longer periods of time than the semibalanus. Additionally barnacles can only feed while submerged and the higher up shore a barnacle is, the less it can feed and grow. The experiment wanted to understand why they lived this way.
Answer:
Strenuous exercise has caused her body to be in oxygen debt, and she is breathing hard while lactate is transported to the liver. This is a result of anaerobic respiration
Explanation: Anaerobic cellular respiration occurs and due to the lack of oxygen she takes deeper breaths. That way, there's oxygen in the muscles while respiration occurs.