Does anyone know the condensed structured formula in the following reaction:
a.CH3--CH2--CH=CH2+HOH-->H+
Thank you.
CH3CH2CH(OH)CH3
To determine the condensed structured formula for the reaction you provided, let's analyze it step-by-step.
a. CH3--CH2--CH=CH2 + HOH --> H+
Step 1: Start with CH3--CH2--CH=CH2, which represents a molecule of propylene, also known as propene.
Step 2: HOH represents a water molecule.
Step 3: The reaction seems to indicate that propylene (CH3--CH2--CH=CH2) reacts with a water molecule (HOH), yielding H+ as a product.
Step 4: In a chemical reaction, propylene can add water across the double bond, resulting in the formation of an alcohol. The balanced chemical equation for this reaction is:
CH3--CH2--CH=CH2 + H2O --> CH3--CH2--CH(OH)--CH3
So, the condensed structured formula for the reaction is CH3--CH2--CH(OH)--CH3.
Note: If you need further clarification or if you have additional information about the reaction, please provide more details to ensure the accuracy of the answer.
To determine the condensed structured formula in the given reaction, we need to analyze the reactants and products involved.
Reactant: CH3--CH2--CH=CH2
This is a molecule of 1-butene. It has a chain of four carbon atoms with a double bond between carbon atoms 2 and 3.
Reactant: HOH
This is the chemical formula for water.
Product: H+
This represents a proton or a hydrogen ion.
Now, let's consider the reaction. It appears to be an acid-base reaction, commonly known as a hydration reaction, where an alkene reacts with water to form an alcohol.
In this case, the double bond in 1-butene is broken, and a hydrogen atom from water attaches to each carbon atom that was part of the double bond. This results in a new product:
Product: CH3--CH2--CH2--CH2OH
This is the condensed structured formula of the product formed. It represents 1-butanol, an alcohol with four carbon atoms in a chain.
To summarize:
Reactant: CH3--CH2--CH=CH2+ HOH
Product: CH3--CH2--CH2--CH2OH
Therefore, the condensed structured formula in the given reaction is CH3--CH2--CH2--CH2OH.