Answer:
Lactic Acid
Explanation:
lactic fermentation produces two moles of ATP this happens in muscles during physical effort
in lactic fermentation(that does not require oxygen, that's why it's anaerobic) one mole of glucose is turned into two moles of lactic acid
C6H12O6-->2C3H6O3
<span>The answers are
the letter A. The skeletons of coral will become soft
due to increased acidity. </span> and the
letter B. The rise in alkalinity will make the ocean
unfit for certain ocean plants. The acidification of the water is the alteration of the pH of the water up to values considered acidic. It is a serious problem of aquatic ecosystems. Many organisms are not able to survive in an acidic environment (low pH values), which increases their mortality. Additionally a considerable part of the oceans' plant and animal life, from phytoplankton (which is the basis of the marine food chain) to coral reefs and a variety of shellfish and molluscs form their shells by fixing calcium and carbonate from seawater to form calcium carbonate. As the pH of the seawater decreases, the availability of carbonate drastically decreases. Below certain pH levels it becomes practically impossible for these organisms to form their shells and skeletons.
Answer:
C. Messenger RNA is an output for the process of transcription and an input for the process of translation.
Explanation:
Transcription is where DNA is copied to form RNA. Translation is the process where mRNA is converted to proteins. Therefore mRNA is the output of transcription and the input of translation.
Answer:
Alternative Title: analogous structure. Analogy, in biology, similarity of function and superficial resemblance of structures that have different origins. For example, the wings of a fly, a moth, and a bird are analogous because they developed independently as adaptations to a common function—flying.
Explanation:
The strains of bacteria of genus Pseudomonas show range of
effects on Lepidoptera sp. larvae, from harmful or lethal. The Pseudomonas
chlororaphis and Pseudomonas protegens, from strains of sub-clade 1, are proven
to be lethal to the Lepidoptera sp. larvae.
