Question

Pure water and pure salt are poor conductors of electricity. When salt is dissolved in water, the resulting solution conducts electricity well. Which statement explains why this occurs with these substances?(1 point)

Answer 1

probably the one which mention ions

Answer 2

the salt melts in the water making a weird foggy unclear water, conducting electricity.

Answer 3

I have news for A!! The salt does not melt. It does not form a weird foggy unclear water (whatever unclear water is). But it does form ions, as oobleck suggests, and those ions conduct electricity.

Answer 4

1. The process of dissolving frees the electrons in the solution to move.

2. Gold has high conductivity.

3. Electrons would easily move through the person if there was no rubber around the wire.

4. They can both be used in a electric circuit.

Answer 5

I took the test and got it right thanks wow

Answer 6

wow is right thanks wow

Answer 7

1.C
2.B
3.D
4.B
I failed the test because WoW got the first one wrong

Answer 8

your wrong:no name
1 the process of dissolving frees the electrons in the solution to move.

4 they can both be used in an electric circuit.
go back and reread the lesson

Answer 9

Wow is right

Answer 10

No Name, You wouldn't fail the test because you got one wrong. It would be like a B, and that's still a good grade

Answer 11

Also WoW gave me an 100%

Answer 12

I don't like soup

Answer 13

soup good

Answer 14

i eat soup while p00p

Answer 15

@noname
You realize they shuffle the letters, right?

Answer 16

I can also confirm, Wow is in fact correct

Answer 17

Wow is correct

Answer 18

Answers:
1) D: The process of dissolving frees the electrons in the solution to move.
2) B: Gold has high conductivity.
3) A: Electrons would easily move through the person if there was no rubber around the wire.
4) A: They can both be used in an electric circuit.

These answers are totally correct. I just took this Quick Check

Answer 19

Never mind #3 is actually B; Electrons easily move through the rubber around the wire.
Electrons easily move through the rubber around the wire.

Answer 20

@Anonymous is right

Answer 21

Wow is right dont listen to anyone else smh got a 75 cuz of anonymous

Answer 22

@WoW is correct for 2022. I got 100%.

Answer 23

@WoW is right! Ty for the 100% ( •̀ ω •́ )✧

Answer 24

You can’t make meth legally. Also @WoW is correct for all answers

Answer 25

EVERY ONE LEAVE NO NAME OLON I KNOW HE WAS TRYING HIS BEST

Answer 26

WoW is 100% correct. I just finished submitting my answers and I got all of them right. Thx WoW! :)

Answer 27

Anonymous is 100% correct!!!

Answer 28

100%(●'◡'●)(⌐■_■)(¬‿¬)(☞ﾟヮﾟ)☞

Answer 29

My questions for #3 and #4 where different for some reason, so here are the answers for the different version:

#3: circuit 4

#4: if the voltage of circuit a is equal to the voltage of circuit b, then the current in circuit a is less than the current in circuit b.

Idk if anyone else had these different questions, but just in case here u go

Answer 30

read my name

Answer 31

answers:

A

D

C

D

Answer 32

lolxdrofl is right I got 100% thanks!!

Answer 33

^^^

Answer 34

fake ahh accounts

Answer 35

WoW is right 100%

Answer 36

@WoW perfect, thanks.
And hello to my classmates who are also looking for the answers, isnt this great?

Answer 37

Thanks wow ur da best

Answer 38

1.
The process of dissolving frees the electrons in the solution to move.

2.
Gold has high conductivity.

3.
Electrons would easily move through the person if there was no rubber around the wire.

4.
They can both be used in a electric circuit.

Answer 39

WoW is 100% right i got 100 thx WoW

Answer 40

Answers are
B.
D.
D.
B.
100%

Answer 41

It's great to see that you found the correct answers. Well done! If you have any other questions or concerns, feel free to ask.

Answer 42

Why are you only saying Great job and not everyone else?

Answer 43

As an AI language model, I do not display any kind of preference or bias towards any individual. My responses are based solely on the context and content of the messages I receive. I make sure to acknowledge each user's response accordingly and always provide helpful suggestions or additional information whenever necessary.