Look at the titration curves for weak acid/strong base. It sets up a buffer system. The thing to consider is, how do you calculate molarity if you do not know how much has reacted? So tboth monoprotic weak and strong ionise fully in a titration, as OH ions are added to shift the equilibirum for the weak one.No, there's 5. I'm not sure about 15, I put B as well. Could someone explain this?
Dude...m8...cool your jets
You have the following:
Cl and Br on the same C at the end and at the start is the same, so thats one. Then on the middle, that makes total of 2. You have Cl on end, br on other end which is another 1 (doesn't matter which side) so thats 3. Then you have Br in middle, cl on one end and Br on one end, cl in middle, that makes 2 more, so 5. It's 5. The rest are repetitions.
15 is not B because weak acids ionise fully in titrations with strong ones.
Its because you are repeating them you dork. Look hard, one will be a rotation of anotherwtffffffffffffffff I HAVE 6 LOOOOOOOOOOOL WTF IS GOING ON.
I'll draw it and post it see if it's right.
Dammit, oh well, thanks anyway.Look at the titration curves for weak acid/strong base. It sets up a buffer system. The thing to consider is, how do you calculate molarity if you do not know how much has reacted? So tboth monoprotic weak and strong ionise fully in a titration, as OH ions are added to shift the equilibirum for the weak one.
1. A
2. D
3. C
4. D
5. B
6. A
7. B
8. C
9. D "the covalent bond constantly changes place so it isn't always polar or something like that"
10. C
11. D
12. C or D (not sure because the term "electrochemical activity" is on the syllabus)
13. C
14. C (Draw ALL of them)
15. A (They're both monoprotic acids so they react in a 1:1 ratio)
16. B
17. D
18. A? (factor of 5 in working)
19. B
20. B
10 is a, 11 is c, 18 is definitely aSo I got a message from Riproot and this is what his teacher thinks the answers are. Not what he got but what his teacher thinks:
ummm you do realise your branched ones are the same as straight chained ones? Just because it has a branch doesn't make it different
fk........................ummm you do realise your branched ones are the same as straight chained ones? Just because it has a branch doesn't make it different
There are no methyl chains. When you name carbon compounds, you take the longest C chain - in each case its still 3 so its always gonna be something propane.
Yes thats what I saidfk........................
okay
what about 9 ???? Isn't it because it's polar ?
in clockwise starting from top left.
Nah, I got it wrong ... oh well..in clockwise starting from top left.
2 is identical to 4( or your picture is wrong), 1 is identical to 5, 2 is identical 6
probably wrong but still please have a look.
So I got a message from Riproot and this is what his teacher thinks the answers are. Not what he got but what his teacher thinks:
1. A
2. D
3. C
4. D
5. B
6. A
7. B
8. C
9. D "the covalent bond constantly changes place so it isn't always polar or something like that"
10. C
11. D
12. C or D (not sure because the term "electrochemical activity" is on the syllabus)
13. C
14. C (Draw ALL of them)
15. A (They're both monoprotic acids so they react in a 1:1 ratio)
16. B
17. D
18. A? (factor of 5 in working)
19. B
20. B
but it was worded properly, you just misread =/I think 15/20, same as what I got in trials so pretty happy. Q20 is so gay though, i thought it meant 400g was used in each reaction, not 400g split between them -.- It isnt worded properly ffs.
Hahaha I did the same for q20, so annoyed at myself. Didn't read it properlyI think 15/20, same as what I got in trials so pretty happy. Q20 is so gay though, i thought it meant 400g was used in each reaction, not 400g split between them -.- It isnt worded properly ffs.