An explanation as to how the stated conditions help to maximize the yield of ammonia is to be stated. Concept introduction: The formation or synthesis of ammonia ( NH 3 ) from the reaction between hydrogen and nitrogen gas is an exothermic process that is energy is released during this reaction. To determine: An explanation as to how “running the reaction at an elevated temperature” helps to maximize the yield of ammonia.
An explanation as to how the stated conditions help to maximize the yield of ammonia is to be stated. Concept introduction: The formation or synthesis of ammonia ( NH 3 ) from the reaction between hydrogen and nitrogen gas is an exothermic process that is energy is released during this reaction. To determine: An explanation as to how “running the reaction at an elevated temperature” helps to maximize the yield of ammonia.
Solution Summary: The author explains how the reaction between hydrogen and nitrogen gas is an exothermic process that is energy is released during this reaction.
Interpretation: An explanation as to how the stated conditions help to maximize the yield of ammonia is to be stated.
Concept introduction: The formation or synthesis of ammonia
(NH3) from the reaction between hydrogen and nitrogen gas is an exothermic process that is energy is released during this reaction.
To determine: An explanation as to how “running the reaction at an elevated temperature” helps to maximize the yield of ammonia.
(b)
Interpretation Introduction
Interpretation: An explanation as to how the stated conditions help to maximize the yield of ammonia is to be stated.
Concept introduction: The formation or synthesis of ammonia
(NH3) from the reaction between hydrogen and nitrogen gas is an exothermic process that is energy is released during this reaction.
To determine: An explanation as to how “removing the ammonia from the reaction mixture as it forms” helps to maximize the yield of ammonia.
(c)
Interpretation Introduction
Interpretation: An explanation as to how the stated conditions help to maximize the yield of ammonia is to be stated.
Concept introduction: The formation or synthesis of ammonia
(NH3) from the reaction between hydrogen and nitrogen gas is an exothermic process that is energy is released during this reaction.
To determine: An explanation as to how “using a catalyst” helps to maximize the yield of ammonia.
(d)
Interpretation Introduction
Interpretation: An explanation as to how the stated conditions help to maximize the yield of ammonia is to be stated.
Concept introduction: The formation or synthesis of ammonia
(NH3) from the reaction between hydrogen and nitrogen gas is an exothermic process that is energy is released during this reaction.
To determine: An explanation as to how “running the reaction at high pressure” helps to maximize the yield of ammonia.
What is the hydrogen gas generated during the chlor-alkali process currently used for? to power generators used to create electricity it is stored and sold as a product as a fuel source to heat and dry the sodium hydroxide as a fuel source to dry the chlorine gas it is released into the atmosphere
a) Write the chemical name and chemical formula of a compound formed between an atom of group 1 A, period 4 with sulphate ion.
b) Explain the type of chemical reaction, which is the opposite of the synthesis reaction and mention two examples of chemical reactions.
c) Explain the chemical bond formation with Lewis dot and cross structure that occurs in between X and Y. The X has mass number= 20 and number of neutrons= 20 and Y has mass number =31 and number of electrons= 15. (Mention the type of chemical bond).
What does the term Oxyacid mean in technical language to chemists? What are the similarities and differences between the everyday and technical meanings and uses of the term?
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