8
answers
0
watching
242
views
2 Jan 2018
A.) In biological nitrogen fixation, (hydrogen, oxygen, N2, or ammonia) is (oxidized or reduced) when it accepts (hydrogen, oxygen, or nitrogen) atoms, resulting in the production of (water, nitrogen gas, nitrate, or ammonia).
B.) Legumes produce (nitrogenase, nitrogen, leghemoglobin, oxygen, or bacteria) which regulates the amount of (nitrogen, leghemoglobin, oxygen, bacteria, or nitrogenase) present in the root nodule so (nitrogenase, nitrogen, leghemoglobin, oxygen, or bacteria) activity is not inhibited.
C.) The nitrogen sources used by humans are (inorganic or organic) compounds, while nitrogen gas is an (organic or inorganic) compound.
A.) In biological nitrogen fixation, (hydrogen, oxygen, N2, or ammonia) is (oxidized or reduced) when it accepts (hydrogen, oxygen, or nitrogen) atoms, resulting in the production of (water, nitrogen gas, nitrate, or ammonia).
B.) Legumes produce (nitrogenase, nitrogen, leghemoglobin, oxygen, or bacteria) which regulates the amount of (nitrogen, leghemoglobin, oxygen, bacteria, or nitrogenase) present in the root nodule so (nitrogenase, nitrogen, leghemoglobin, oxygen, or bacteria) activity is not inhibited.
C.) The nitrogen sources used by humans are (inorganic or organic) compounds, while nitrogen gas is an (organic or inorganic) compound.
teacherrecoLv10
23 Jul 2023
Already have an account? Log in
gloryolalere280Lv10
14 Nov 2022
Already have an account? Log in
Nelly StrackeLv2
5 Jan 2018
Already have an account? Log in