John Dalton discovered atom.
The atomic number is the same as the number of protons, so the answer is 25.
Answer:
1-bromo-1-tert-butylcyclohexane
Explanation:
The parent compound comprises of a cyclohexane to with a tertiary butyl carbon attached. We have been told that the reaction occurs by radical mechanism hence we must recall the order of stability of radicals: tertiary>a secondary> a primary. This implies that the reaction will occur at carbon 1 of the cyclohexane which is a tertiary carbon atom. This leads to the formation of a radical at the 1-position and bromination at that position hence the answer chosen above.
In order to for aqueous solution to conduct electric current, we need to have ions in the solution. Ions can be formed form ionic compounds, acids and bases.
<h3 /><h3>What is a compound that conducts an electric current in aqueous solution?</h3>
electrolyte
An electrolyte is a compound that conducts an electric current when it is dissolved in water or melted. In order to conduct a current, a substance must contain mobile ions that can move from one electrode to the other. All ionic compounds are electrolytes.
<h3>Can an aqueous solution conduct electricity?</h3>
Interestingly, aqueous solutions with ions conduct electricity to some degree. Pure water, having a very low concentration of ions, cannot conduct electricity. When a solute dissociates in water to form ions, it is called an electrolyte, due to the solution being a good electrical conductor.
Learn more about aqueous solution here:
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