A chemical reaction can be reversed if the energy of the products exceeds the activation energy threshold.
<h3>What are reversible reactions?</h3>
Reversible reactions are reactions which can proceed in two directions.
In reversible reactions, reactants can form products and products can also break down to form reactants.
For a chemical reaction to be reversed, the original reaction conditions leading to formation of products are reversed.
Therefore, a chemical reaction can be reversed if the energy of the products exceeds the activation energy threshold.
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Answer:
Both water and ethanol are polar and due to miscibility, Ethanol has OH groups capable of forming hydrogen bonds with the water molecule. Hydrogen bonds are formed when the oxygen attached to the alcohols form hydrogen bonds between the molecules and water. This explains the solubility of methanol.
Explanation:
Answer:
1. Removing them to an area of fresh air. This helps to prevents further poisoning by the carbon monoxide and increase the amount of oxygen entering into the body. This will help to reduce the concentration of carbon monoxide binding oxygen
2. Administering pure oxygen goes a long way to enhance ventilation and increase the oxygen saturation to 100%. This will help to overcome the effect of the carbon monoxide and promote more hemoglobin binding