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# AQA Level 2 Certificate in Further Mathematics UNOFFICIAL MARKSCHEME Paper 2 watch

1. Can someone draw a picture of the graph where it gave a minimum point and point of inflection?

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2. (Original post by MaxHSloan)
So is the answer Sometimes True?
If what I said was the question, then yes. If it was what most people think (which it probably was), then no.
3. (Original post by Chittesh14)
What was the 12, x/y.
How did you get that, did you also get x = 12y and do 12y/y = 12?
For that question I got root 12/ 2 * root 3. Anyone know if this is right?
4. (Original post by MaxHSloan)
For that question I got root 12/ 2 * root 3. Anyone know if this is right?
I doubt it tbh. Sorry
5. (Original post by MaxHSloan)
For that question I got root 12/ 2 * root 3. Anyone know if this is right?
How did you get that though?
6. (Original post by Chittesh14)
I doubt it tbh. Sorry
Yeah I got 12.00 for it. Did you?
7. (Original post by keepyourapology)
Yeah I got 12.00 for it. Did you?
I got 12, x/y = 12y/y
Same answer, but exactly 12 lol I didn't write 12.00
8. (Original post by GCSESTUDENT5000)
Haha, that's literally exactly the same as me but I probably got 0 on the 3D question and I kept rubbing out my graph so it might have been a bit messy

Well done
Wtaf. I found both exams hard. Im was hoping for an A^ but now Im hoping for an A*
9. (Original post by Chittesh14)
How did you get that though?
Because it was x^2/y^2 = 12 therefore X/y = root 12
10. does anyone have an idea of what marks would be for an A*?
11. (Original post by MaxHSloan)
Because it was x^2/y^2 = 12 therefore X/y = root 12
Are you sure?
I dont remember the question lol that's the problem.
12. (Original post by ma77tyLG9)
does anyone have an idea of what marks would be for an A*?
I think it is around 117/175
13. Fantastic. This paper has cost me the A^
14. (Original post by NiamhM1801)
Fantastic. This paper has cost me the A^
Me too, I think. It depends what answers are right, if all these are right - I might scrape A*^ somehow lol, if they are wrong then I'm fked.

What do you think you got in this paper?
15. (Original post by NiamhM1801)
Fantastic. This paper has cost me the A^
Yeah, although I think it went well for me, I am getting very annoyed at people saying it was 'really easy' when it really wasn't! I'm sure you did very well! Enjoy your Summer + Don't worry too much.
16. (Original post by Chittesh14)
You forgot the question where it told you to draw the graph of the stationary and point of inflection [3].
So, you've got 1 question or something where you've wrote an extra mark lol.
I have the graph answer with the stationary points I think, so there is still two marks left I think....

Maybe I missed the question
17. (Original post by GCSESTUDENT5000)
I have the graph answer with the stationary points I think, so there is still two marks left I think....

Maybe I missed the question
Sorry, didn't see it lol.
I doubt you missed the question - maybe you just can't remember it lol.
18. (Original post by Chittesh14)
Are you sure?
I dont remember the question lol that's the problem.
I think the question was something like:

A cylinder has radius x cm and height y cm

A hemisphere has radius 6y cm

Their volumes are equal. Work out x/y

The cylinder volume is pi*x^2*y

The hemisphere volume is (2/3)*pi*(6y)^3 = 144*pi*y^3

They are equal so pi*x^2*y = 144*pi*y^3

Cancelling out pi gives x^2*y = 144y^3

x and y are lengths so cannot be zero so x^2 = 144y^2

This is probably unnecessary(x^2 - 144y^2 = 0 (x+12y)(x-12y) = 0 so x = 12y or x = -12y but x and y are lengths and if x = -12y, one of them would be negative which is impossible, so)

x = 12y

x/y = 12y/y = 12
19. (Original post by Chittesh14)
Sorry, didn't see it lol.
I doubt you missed the question - maybe you just can't remember it lol.
I probably won't remember it for a few weeks knowing me
20. (Original post by GCSESTUDENT5000)
I think the question was something like:

A cylinder has radius x cm and height y cm

A hemisphere has radius 6y cm

Their volumes are equal. Work out x/y

The cylinder volume is pi*x^2*y

The hemisphere volume is (2/3)*pi*(6y)^3 = 144*pi*y^3

They are equal so pi*x^2*y = 144*pi*y^3

Cancelling out pi gives x^2*y = 144y^3

x and y are lengths so cannot be zero so x^2 = 144y^2

This is probably unnecessary(x^2 - 144y^2 = 0 (x+12y)(x-12y) = 0 so x = 12y or x = -12y but x and y are lengths and if x = -12y, one of them would be negative which is impossible, so)

x = 12y

x/y = 12y/y = 12
Oh yeah, that's what I done lol.

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