The entropy change ΔS for the combustion of methane to carbon dioxide and liquid water is -242.6 J/mol.K
<h3>What is the Entropy in a Chemical system?</h3>
In a chemical system, Entropy (ΔS) is a quantitative measure of the variety of possible ways to disperse energy inside a chemical system.
- In an isothermal process, entropy is determined as the quantity of heat transmitted to a system.
The chemical reaction for the combustion of methane can be expressed as:
The standard entropy of the combustion is expressed as:
Replacing the standard entropies of the compounds into the above equation, we have:
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Answer:
This probability can not be true
Explanation:
This probability can not be true because probability is between 1 and 0
Because there is a limited amount of compost with a limited amount of minerals. In the garden there is loads of soil and loads of minerals. because of decomposition and absorption minerals can easily be replaced in the garden soil, unlike in a plant pot.
The matching of the demand as relatively elastic or relatively inelastic can be done as;
- Klaus' demand for orange juice (Relatively elastic)
- Amanda's annual demand for coffee(Relatively elastic)
- Jackson's demand for mystery novels(Relatively inelastic)
- Hermy's demand for Minute Maid orange juice(Relatively inelastic)
- Olivia's daily demand for Starbucks latte(Relatively inelastic)
- Stephen spends a very little part of his income on soda(Relatively elastic)
- Xavier's demand for his economics textbook(Relatively inelastic)
<h3>What is Elasticity of demand?</h3>
Elasticity of demand can be regarded as the variation on the concept of demand.
It should be noted that elastic demand involves change in quantity demanded as a result of change in price.
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