**Nitrogen Fixation Processes**Nitrogen fixation occurs through atmospheric, industrial, and biological processes. Which of these fixes the most nitrogen?**Multiple Choice:**- ○ industrial ≈ atmospheric- ○ atmospheric- ○ industrial- ○ industrial ≈ biological This image presents options in a multiple-choice format with five selections. Each option is represented by a circular radio button indicating a single-choice selection mechanism. The options are listed vertically as follows:1. Industrial ≈ Atmospheric2. Atmospheric3. Industrial4. Industrial ≈ Biological5. BiologicalThese options might relate to different categories or relationships in scientific or industrial contexts, possibly assessing similarities or influences between various processes or factors.

Answered: Image /qna-images/answer/880ef87a-3a2b-49df-b7ba-43d9e33d3fc0.jpg

Nitrogen fixation occurs through atmospheric, industrial, and biological processes. Which of these fixes the most nitrogen? Multiple Choice industrial atmospheric atmospheric industrial industrial biological

Nitrogen fixation occurs through atmospheric, industrial, and biological processes. Which of these fixes the most nitrogen? Multiple Choice industrial atmospheric atmospheric industrial industrial biological

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

See similar textbooks

Similar questions

Describe two ways that people can change their habits and choices to reduce their personal greenhouse gas emissions. In each case, be clear about how the change reduces emissions.
The U.S. is one of several countries committed to reaching “net-zero” carbon emissions by 2050. This means that by 2050, all carbon dioxide emissions must be matched by the amount of carbon dioxide removed from the air. Why is it essential for all countries in the world to meet carbon reduction commitments like this
None
Among the substances that react with oxygen and that have been considered as potential rocket fuels are diborane [B2H6(g), which produces B2O3(s) and H2O(g)], methane [CH4(g), which produces CO2(g) and H2O(g)], and hydrazine [N2H4(l), which produces N2(g) and H2O(g)]. On the basis of the heat released by 3.19 kg of each substance in its reaction with oxygen, and assuming that thermal energy is the most desirable property in rocket designs, evaluate the possibility of each being used as a rocket fuel. (Hint: Use the Supplemental Data to compute ΔHorxn in kJ/mol, and qsurr in MJ for each fuel. Enter unrounded values.) diborane ΔHorxn = qsurr =
What is the oxygen carrier for humans and higher order living things?
why do we use carbon monoxide monitors indoors? In normal situations is carbon dioxide considered A contaminant? Describe two methods carbon dioxide is used to help reach the desired endpoint?
FALBERTA It is estimated that the total amount of oxygen (O2) contained in BIFS is equivalent to 6.6% of the oxygen present in the modern atmosphere. This is quite impressive given that the atmosphere during Archaean and early Proterozoic times was largely devoid of oxygen! Therefore, this reflects the photosynthetic efficiency of the early biosphere, coupled with its operation over long periods of time. Knowing that the mass of the modern atmosphere is 5.01×1018 kg, of which 21% is oxygen, what is the mass (in kilograms) of oxygen contained within BIFS? 6.9 x 1016 kg of O2 contained in BIF deposits Knowing that the molecular mass of O2 is 32 g/mole (0.032 kg/mole), how many moles of O2 are contained within BIFS? 2.17 x 1018 moles of O2 contained in BIF deposits Now, let us think about iron (Fe). The total mass of BIF's globally is estimated at 5.0x1017 kg, wherein iron accounts for approximately 35% by mass. The atomic mass of iron is 55.8 g/mole (0.0558 kg/mole). What is the total…
Match each pollutant with their final product in our atmosphere. > SO₂ NO₂ CO CH4 1. CO2 2. H₂SO4 3. HNO3
Describe two sources of hydrocarbons in the atmosphere. Which one is more readily controlled?
What types of explosives are commonly used in bombs?
Can you do this step by step without missing a single detail, so I can understand it better
How many grams of H20 are required to produce 52 g of C2H2 according to the following equation? CaC2 + 2 H20 ————► Ca(OH)2 + C2H2