Answer- D. converts nitrogen gas into ammonia.
Nitrogen gas cannot be used by the plant directly. So, nitrogen-fixing bacteria convert it nitrogen gas in the atmosphere into ammonia, more soluble form.
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Help please! Nitrogen fixation is a process that O A. converts ammonia to ammonium by repairing...
10 > Question Which choice describes the process of nitrogen fixation? O prokaryotes converting ammonia (NH) to atmospheric nitrogen (N.) O prokaryotes converting atmospheric nitrogen (N.) to ammonia (NH) O plants converting ammonia (NH,) to atmospheric nitrogen (N) O plants converting atmospheric nitrogen (N,) to ammonia (NH)
3. Nitrogen Fixation is a process by which some bacteria can convert N2 into ammonia. This process is very important in making the element nitrogen, a component of amino acids and nucleotides, available to ecosystems. Even though N2 makes up 80% of the atmosphere, nitrogen is the limiting nutrient in many ecosystems. Because nitrogen fixation is so energetically expensive, bacteria will only synthesize the proteins needed for this process if there is no available source of already fixed nitrogen, such...
The enzyme that converts atmospheric nitrogen to ammonia in the nodules of the rhizobium/plant symbiosis is The greatest source for fixing molecular nitrogen (N_2) to ammonium (NH_4^+) in terrestrial environments is Why is NH_4^+ toxic to all organisms if allowed to accumulate beyond -0.5 mM? The statement above is false - NH_4^+ is not toxic but is instead an important source of nitrogen. NH_4^+ reacts with NADPH (and NADH) to reduce the reducing power in a cell. At pH 7...
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In the production of ammonia via the Haber process, nitrogen gas is combined with hydrogen gas according to the following reaction. N2(g) + 3H2(g) -> 2NH3(g) 1f50 moles of nitrogen gas were used in the reaction and there was excess hydrogen gas, how many moles of ammonia could be generated? A. 100 mol B. 50 mol 400 mol D. 200 mol
The Haber-Bosch process converts atmospheric nitrogen to ammonia via reaction with hydrogen using a catalyst under high temperature and pressure. 2 kmol of N2 gas react with 4 kmol of H2 gas to create ammonia. Assume all of the limiting reagent is used up. (total 12 marks) a. Draw and label everything (as you go) (4 marks) b. Using the Extent of Reaction, identify the exit stream contents. (4 marks) c. Given that I have the same feeds above, but...
Name: ID: 2. The activated sludge process can be used to remove organic carbon (BOD) and nitrogen species (ammonia, nitrite and nitrate) from wastewater. The schematic below is a of the 4-stage Bardenpho process that can achieve low levels of ammonia and nitrate in the final effluent). Please describe how BOD and nitrogen species concentrations evolve in each stage, include what the return activated sludge, the internal mixed liquor return, and the methanol injection are used for. "nitrite does not...
0.75 pts Question 20 Which about nitrogen fixation is true? O Decomposers perform to create nitrites and nitrates O Involves creating ammonia (NH3) from atmospheric nitrogen gas Is the same as denitrification O Involves recycling N2 back into the atmosphere None is true about nitrogen fixation on 19 hat is the formula for alcoholic fermentation? Glucose ==> 2 ethyl alcohol + 2 CO2 + 2 ATP Glucose ==> ethyl alcohol + CO2 + 2 ATP Glucose + O2 ==> ethyl...
Question 63 The Haber process is the synthesis of ammonia gas from hydrogen and nitrogen on a hot metal surface. What is the catalyst and what type of catalysis is occurring? O H2, heterogeneous metal surface, heterogeneous O NH3, heterogeneous ON2, heterogeneous A Moving to another question will save this response. DLL
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QUESTION 38 Hypothesis Tests are defined as O a A process that uses sample statistics to test claim about the value of a population parameter Ob A process that involves calculating probabilities of normal distributions OC A process that involves determining the upper and lower value confidence intervals associated with the distribution O d. All of the above O e None of the above QUESTION 39 What is the Z value for variable x equal to 15 and...
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13. Ammonia, NHs, is produced industrially from nitrogen and hydrogen as follows: N2(g)+ 3H2(g) 0 2NHs(g) What mass, of which starting material, will remain when 30.0 g of N2 and 10.0 g of H2 react untilthe limiting reagent is completely consumed?