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The carrier of current in electrolytes i...

The carrier of current in electrolytes include

A

Negative ions

B

Positive ions

C

Both A and B.

D

Free Electrons

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To solve the question regarding the carriers of current in electrolytes, we can follow these steps: ### Step 1: Understand the concept of electrolytes Electrolytes are substances that dissociate into ions when dissolved in water or molten, allowing them to conduct electricity. **Hint:** Remember that electrolytes are typically ionic compounds that can break down into charged particles in solution. ### Step 2: Identify the carriers of current in electrolytes In electrolytes, the current is carried by ions. There are two types of ions: - **Positive ions (cations)**: These are ions with a positive charge. - **Negative ions (anions)**: These are ions with a negative charge. **Hint:** Consider how ions move in an electric field; cations move towards the negative electrode and anions move towards the positive electrode. ### Step 3: Analyze the options provided The options given are: - A) Negative ions - B) Positive ions - C) Both A and B - D) Free electrons From our understanding, both positive and negative ions are responsible for carrying current in electrolytes. **Hint:** Eliminate options that do not include both types of ions, as they are both essential for current flow in electrolytes. ### Step 4: Determine the correct answer Since both positive ions (cations) and negative ions (anions) are involved in the conduction of electricity in electrolytes, the most appropriate answer is option C, which states "both A and B." **Hint:** Look for the option that encompasses all possible carriers of current in electrolytes. ### Final Answer The correct answer is **C) Both A and B** (negative ions and positive ions).
To solve the question regarding the carriers of current in electrolytes, we can follow these steps: ### Step 1: Understand the concept of electrolytes Electrolytes are substances that dissociate into ions when dissolved in water or molten, allowing them to conduct electricity. **Hint:** Remember that electrolytes are typically ionic compounds that can break down into charged particles in solution. ### Step 2: Identify the carriers of current in electrolytes ...
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