in the haber process its yield is increased by increasing presure
Yes, this can be thermodynamically explained.
It increases the yield. 3 moles of hydrogen react with one mole of nitrogen to produce two moles of ammonia. As there is a REDUCTION in molecules, there will be a reduction in pressure. This is alsos an equilibrium reaction. So by Le Chetalier's principle, if we increase pressure, the system will react to reduce the pressure again. This can be done by producing more ammonia - in other words, an increase in product yield.
If you raise the temperature, the endothermic reaction will increase to use up the extra heat, therefore producing less percentage yield of ethanol and more of ethene and steam.
When sodium cations solvate into water, they break into Na+ and e- pairs. These are sodium and electrons. Liquid ammonia will also yield sodium ions.
It contains a high amount of humus (7-15%), and high percentages of phosphoric acids, phosphorus and ammonia. This type of soil is very fertile and produces a high agricultural yield.
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The high yield means that a large percentage of chemicals used to make ammonia actually turns into ammonia instead of remaining unreacted.
The percentage yield of ammonia depends on the balance between the forward and backward reactions.
N2 + 3h2 ---> 2nh3
Haber's process
Yes, this can be thermodynamically explained.
Yes. Ammonium salts such as ammonium chloride will react with a strong base to yield ammonia.
It increases the yield. 3 moles of hydrogen react with one mole of nitrogen to produce two moles of ammonia. As there is a REDUCTION in molecules, there will be a reduction in pressure. This is alsos an equilibrium reaction. So by Le Chetalier's principle, if we increase pressure, the system will react to reduce the pressure again. This can be done by producing more ammonia - in other words, an increase in product yield.
Per the Haber process, increasing the pressure moves the equilibrium position to the right, increasing the yield.
When Nitrogen and Hydrogen gases are mixed at 450 degrees Celsius and at a pressure of around 150 atmospheres, the best yield of Ammonia is produced.
Ammonia and nitric acid react to form ammonium nitrate. NH3 + HNO3 --> NH4NO3
Fission