What are the 2 key enzymes involved in nitrogen fixation and how does molecular oxygen affect...

What are the 2 key enzymes involved in nitrogen fixation and how does molecular oxygen affect the reductase complex, also how is this overcome?

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gladiator answered 1 year ago

What are the two key enzymes involved in nitrogen fixation? How does molecular oxygen affect the...

What are the two key enzymes involved in nitrogen fixation? How does molecular oxygen affect the reductase complex? How is this overcome?

what nitrogen fixation is and its role in how nitrogen gets into the food web in...

what nitrogen fixation is and its role in how nitrogen gets into the food web in the first place.

The element oxygen has 2 stable molecular forms (called allotropes)—O2 and O3. However, nitrogen does not...

The element oxygen has 2 stable molecular forms (called allotropes)—O2 and O3. However, nitrogen does not have a stable N3 form. Draw the Lewis structure of N3, and use the structure to briefly explain why it is unstable. Question to consider: What feature of a molecule’s Lewis structure corresponds to its instability (or higher reactivity) ?

How does the Al:Si ratio affect the chemistry of the zeolite? What are nitrogen isotherms, and...

How does the Al:Si ratio affect the chemistry of the zeolite? What are nitrogen isotherms, and what information does one obtain from them?

Why Cyanobacteria uses 'light and dark cycle' to prevent oxygen inhibition on nitrogen fixation? please explain...

Why Cyanobacteria uses 'light and dark cycle' to prevent oxygen inhibition on nitrogen fixation? please explain it in detail using the below reaction equation. N2+8H+8e+16ATP-> 2NH3+H2+16ATP

Calculate the percent composition and determine the molecular formula and the empirical formula for the nitrogen-oxygen...

Calculate the percent composition and determine the molecular formula and the empirical formula for the nitrogen-oxygen compound that results when 12.04 g of nitrogen is reacted with enough oxygen to produce 39.54 g of product. The molar mass of the product is 92.02 g. Proper significant figures when needed. Percent Oxygen: Percent Nitrogen: Empirical Formula: Molecular Formula:

Predict the viscosities of molecular oxygen, nitrogen, and methane at 20°C and atmospheric pressure, and express...

Predict the viscosities of molecular oxygen, nitrogen, and methane at 20°C and atmospheric pressure, and express the results in mPa·s. Compare the results with experimental data given in Chapter 1.

14. What is the ecological importance of processes such as ammonification and nitrogen fixation? 15. When...

14. What is the ecological importance of processes such as ammonification and nitrogen fixation? 15. When is denitrification useful for the environment, and when is it detrimental? 16. What is eutrophication and why does it happen? List some of its consequences.

In the reaction of nitrogen gas with oxygen gas to produce nitrogen oxide. What is the...

In the reaction of nitrogen gas with oxygen gas to produce nitrogen oxide. What is the effect of adding more nitrogen gas to the initial reaction mixture? N2+O2-2NO. A) the equilibrium shifts to produce more N2 b) the temperature of the reaction is raised c) extra catalyst is required to reach equilibrium d) the equilibrium shifts to produce more NO e) the equilibrium Is not effected

How does filtrate form? What pressures are involved? What affect does each pressure have on formation? Trace...

How does filtrate form? What pressures are involved? What affect does each pressure have on formation? Trace a drop of filtrate from its formation to the point where it turns into urine. Explain ALL of the micro anatomy; and the physiology that occurs at each microanatomical structure along the way. Now trace the drop of urine from the point it becomes urine to the point it is eliminated from the body. Name all of the structures and substructures in order.

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