Explanation:
- Nitrogen molecules is split apart
- Gaseous nitrogen is released
- Nitrogen moves from soil to plant material
- Dead animals decompose
1 through 4 lists the movement of nitrogen from the atmosphere
The process starts with nitrogen being discharged in the atmosphere where its molecules are split apart. Most times electrical discharge from thunder and lightening helps to break and release free nitrogen in the atmosphere. The nitrogen can enter the soil through the activities of some bacteria in leguminous plants. Some enter through rain water that has reacted with free nitrogen in the atmosphere.
Plants use the nitrogen for some of their life functions. When animals eat the plant matter, they later die and decompose and denitrifying bacteria can help return the nitrogen in compounds back to the atmosphere.
Learn more:
biogeochemical cycle brainly.com/question/3509510
#learnwithBrainly
Answer:
According to the susceptibility towards antimicrobial agent the ranking from most susceptible to least susceptible is as:
enveloped virus > gram-positive bacteria > gram-negative bacteria > endospores > prions
Enveloped viruses are most susceptible because their envelope is made up of lipid which is easily disrupted or degraded by antimicrobial agents like detergent.
Gram-positive bacteria are only having one layer of cells wall that is made up of peptidoglycan which is susceptible to most antibiotics but gram-negative bacterial have an extra outer layer of covering made up of lipopolysaccharide so many of them show multidrug-resistance.
Endospore are among the most resistant microbial structure which is formed outer to cell wall and do not allow most antimicrobials to enter the cell.
Prions are infectious protein so antimicrobial agent do not work on prions and it also resist its chemical degradation therefore it is least susceptible.
1) mRNA moves out of the nucleus to a ribosome in the cytoplasm
2) Translation begins when tRNA anticodon match up with codons on the mRNA strand
3) tRNA release the amino acid at the top, which joins a chain creating a protein.
Hope that helps! :)
<span>A reef supports many different niches for organisms that live under, on, and among the coral.</span>