Answer:
Yes.
Explanation:
Yes, early Earth's atmosphere was formed from the poisonous mixture of helium and hydrogen gases. But with the passage of time when Earth's crust began to cool, the composition of the atmosphere changed and carbondioxide and water concentration in the atmosphere increases due to carbondioxide gas emission from the volcanoes and evaporation of water from water bodies present on the surface of earth.
<span>There are numerous symptoms that could be associated with hyperthyroidism. Thus, a comprehensive evaluation of the patient's health history is vital. Symptoms of hyperthyroidism include, but are not limited to, unexpected weight loss, rapid or irregular heartbeat, sweating, and irritability.</span>
Answer:
the maximum number of species that can live in an ecosystem.
Explanation:
The correct choice in this problem is that carrying capacity is the maximum number of species that can live in an ecosystem.
- An ecosystem provides resources for organisms contained within it.
- The maximum number of organisms that an ecosystem can successfully support is the carrying capacity.
- Several factors can determined the carriage of an ecosystem.
- It could be space, resources, mating partners, nutrients etc.
Sediment is a name for rocks that have been eroded
Answer:
b) human cells must also perform glycolysis: the drug might also poison them.
Explanation:
Glycolysis is an absolute necessity for each living organism or each living cell be it a prokaryote or eukaryote beacuse glycolysis is one of the processes which are involved in energy production or ATP production which means that if glycolysis will not occur then ATP will not be produced and organism will die out due to the lack of energy. Also, the pathway of glycolysis is same in each organism which simply means that same kind of enzymes will be used during glycolysis by bacteria as well as the human being which has bacteria inside his body. So if we will administer a drug to block phosphoglucoisomerase enzyme to kill bacteria, the drug will block this enzyme in both the organisms i.e. in bacteria and also in host organism. As a result of which glycolysis will halt in both of them leading to the death of both the organisms. The use of this drug is therefore not recommended.
