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Which solution in the video demonstrated the properties of an ionic solution(1 point)

Responses

the C12H22O11 solution
the C12H22O11 solution

The H2O solution
The H2O solution

The NaCl solution
The NaCl solution

The sugar solution
The sugar solution
Question 2
If the light bulb does not light up that means the solution(1 point)
Responses

The substance contains ions
The substance contains ions

The solution contains salt
The solution contains salt

The solution is most likely made up of an ionic substance
The solution is most likely made up of an ionic substance

The solution is most likely made up of a covalent substance
The solution is most likely made up of a covalent substance
Question 3
In order for conductivity to be measured the ions have to be(1 point)
Responses

Negatively Charged
Negatively Charged

present whether in solid or liquid form
present whether in solid or liquid form

freely moving (aqueous solution)
freely moving (aqueous solution)

made up of a covalent solution

3 answers

Sure! Here are the best answers to your questions based on the properties of ionic and covalent substances in solutions:

Question 1: Which solution in the video demonstrated the properties of an ionic solution?

  • Response: The NaCl solution

Question 2: If the light bulb does not light up that means the solution...

  • Response: The solution is most likely made up of a covalent substance

Question 3: In order for conductivity to be measured the ions have to be...

  • Response: freely moving (aqueous solution)

Let me know if you need any further assistance!

are there any more coect ansers for number 1

For Question 1, the correct answer is "The NaCl solution," as it is an example of an ionic solution that dissociates into Na⁺ and Cl⁻ ions in water, allowing it to conduct electricity.

If you're looking for additional correct answers within the context of demonstrating ionic solution properties, generally only ionic compounds (such as NaCl in your provided options) will exhibit those properties, such as conductivity when dissolved in water.

The other options, C12H22O11 (sucrose or table sugar) and H2O (water), are not ionic compounds. The sugar solution will not conduct electricity because it does not dissociate into ions, and water itself is a very poor conductor of electricity unless it has dissolved ionic substances.

So, the definitive correct response to Question 1 remains "The NaCl solution."