hydroodic acid h = strong electrolyte
calcium hydroxide ca (oh) 2 = weak electrolytes
hydrofluoric acid hf = weak electrolytes
methyl amine ch3nh2 = weak electrolytes
sodium bromide nabr = strong electrolyte
propanol c3h7oh = non electrolyte
c12h22o11 sucrose = not an electrolyte
<h2>Further Explanation
</h2>
Electrolytes are solutions that can conduct electric current.
There are three types of solutions. The solution that can make the lamp turn bright is the strong electrolyte solution, the solution that can make the lamp turn dim is the weak electrolyte solution and the solution that does not turn on the lamp is the non-electrolyte solution.
Strong electrolyte solutions are perfectly ionized compounds when dissolved in water. Strong electrolyte solutions actually come from three types of solutions, namely water-soluble salts, strong acids, and strong bases. Strong electrolyte solutions derived from salt can be exemplified with a solution of NaCl salt. This solution can dissolve in water to produce cations and anions.
A weak electrolyte solution is a partially ionized solution in water. So this type of solution produces only a few ions in the water. Weak electrolytes usually come from two types of solutions, namely weak acids, and weak bases. One example of a weak acid which is also a weak electrolyte is Acetic Acid (HC2H3O2). Acetic acid has a different character from strong acids because if dissolved in water, acetic acid will not be fully ionized, only about 1% of the molecule will dissociate into ions in aqueous solution. Examples of weak acids: Acetic acid (HC2H3O2)
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Details
Grade: College
Subject: Chemistry
keywords: electrolyte
