The balanced chemical equation for the reaction is:
3CH₄ + 3 N₂Cl₄ → 3 CCl₄ + 3N₂ + 6H₂
<h3>What is a balanced chemical equation?</h3>
A balanced chemical equation is a chemical reaction that has equal numbers of moles of chemical substances both in the reactant and the product side.
From the missing image that is attached below, we can see that the picture depicts that we have:
The reactant side:
- 3 molecules of CH₄ and 3 molecules of N₂Cl₄
The product side:
- 3 molecules of CCl₄, 3 molecules of N₂ and 6 molecules of H₂
Therefore, the balanced chemical equation for the reaction is:
3CH₄ + 3 N₂Cl₄ → 3 CCl₄ + 3N₂ + 6H₂
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The use of ICT for Teaching and Learning help learners to live and work in the 21st century as people do not need to go to the office but work from the comfort of their home such as online teaching.
<h3>How does Ralph Tyler see the curriculum?</h3>
Tyler is known to be a person who believed that learning is one that is always meaningful to the student and also the community at large.
He believed that, student that have been e taught through the right designed and organized method of learning will do well and that students learning should be evaluate to see if they are improving or not.
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Reviewing an email you are about to send involves checking the spelling.
<h3>What does checking the spelling mean?</h3>
Checking the spelling means to revise the words you use to write an email or any other text.
Checking your spelling is fundamental to avoid confusion and thus slow the communication process.
In conclusion, reviewing an email you are about to send involves checking the spelling.
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Answer:
Fuel 1 changed phase because the energy drawn from it dropped its temperature below the transitional temperature that causes a phase change, fuel 2 still has its temperature well above the transitional temperature required to change phase.
Explanation:
For a substance to change phase, a transitional temperature has to be reached. This is because, the temperature of substances generally indicates the average kinetic energy of its molecules. An increase in energy input to the system will result in a change to a more mobile phase like from solid to a liquid state or from a liquid state to a gaseous state state, while taking energy from the system will cause a transition to a less mobile phase like gas to liquid or liquid to solid state.
