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MAT Prep Thread - 2nd November 2016 watch

Thank you to Gome44 for the thread inspiration

It's worth studying C3 and C4 before beginning MAT preparation for a better understanding of the concepts behind trigonometry/calculus

Start with the earliest papers you can find and ideally try and complete them all by the exam. The papers before 2007 are of an older style and do not follow the same specification as current papers but are good practice nonetheless

The earlier papers are somewhat easier than current papers so be careful to not become complacent when scoring highly on early papers

Aim to do as many past papers as possible as timed mocks, exam technique is essential to success in the MAT

Resources:

Exam Syllabus
MAT/AEA/STEP Past Papers
Official Webpage
MAT Preparation Powerpoint
MAT Section B Tips PDF

Exam Information/Layout:

The exam is 150 minutes (2 hours 30 minutes) long

There are 5 specific questions to be completed depending on your course

The first question consists of 10 multiple choice questions all worth 4 marks each

All answers to questions are submitted on plain paper

Formulae sheets and calculators are not permitted

Compasses are permitted

Graph Sketching:
Spoiler:
Show
Find the asymptotes of the curve

Determine if and where the curve intercepts the coordinate axis

Determine if there exist turning points/points of inflexion for the curve

Find the limits (if they exist) of the curve
Things to Look for:
Spoiler:
Show
Opportunities to use the discriminant conditions for a quadratic equation, for example:

Any equation representing the or coordinate of the point of intersection of a tangent to a curve must have one repeat real root:

It is also worth noting that the gradient of the tangent and the curve at the above point are the same

The shortest distance between a point and a line is found by taking the normal to the line which passes through the point

When asked to find the correct graph for a function, try substituting important values into the function to rule out possibilities. For example, 2013 Q1D.

Be aware of useful inequalities:

tagged people who may be interested:
2. Reserved
3. Mate. Idc bout mat bruv.
Jk mat is quite nice, note that recent papers are much harder then previous ones so dont do the spec test and think oh yeh mat is easy i can easily get into oxford as it aint that easy.
Quote me if u need help, had some nice alternatives to some questions.
4. (Original post by physicsmaths)
Mate. Idc bout mat bruv.
Jk mat is quite nice, note that recent papers are much harder then previous ones so dont do the spec test and think oh yeh mat is easy i can easily get into oxford as it aint that easy.
Quote me if u need help, had some nice alternatives to some questions.
Yeah I pretty much fell into that trap by thinking that 2015 would be like 2007

Reserved the second post so I can link into alternative/old paper solutions if and when they pop up
5. (Original post by physicsmaths)
Mate. Idc bout mat bruv.
Jk mat is quite nice, note that recent papers are much harder then previous ones so dont do the spec test and think oh yeh mat is easy i can easily get into oxford as it aint that easy.
Quote me if u need help, had some nice alternatives to some questions.
i need help
6. (Original post by Gome44)
i need help
Go on bruv.
If ur ever stuck. Complete the square. Normllly wrks.

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7. (Original post by physicsmaths)
Go on bruv.
If ur ever stuck. Complete the square. Normllly wrks.

Posted from TSR Mobile
https://www0.maths.ox.ac.uk/system/f...sheet42016.pdf

question 4, i tried completing the square but it leads nowhere
8. (Original post by Gome44)
https://www0.maths.ox.ac.uk/system/f...sheet42016.pdf

question 4, i tried completing the square but it leads nowhere
Square it bruv.
0=0 qed.
If ur serious, i dnt know none of this **** so no chance fr me mate.

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9. (Original post by physicsmaths)
Square it bruv.
0=0 qed.
If ur serious, i dnt know none of this **** so no chance fr me mate.

Posted from TSR Mobile
nah this is 4th year stuff dw about it
10. (Original post by Euclidean)
Thank you to Gome44 for the thread inspiration

It's worth studying C3 and C4 before beginning MAT preparation for a better understanding of the concepts behind trigonometry/calculus

Start with the earliest papers you can find and ideally try and complete them all by the exam. The papers before 2007 are of an older style and do not follow the same specification as current papers but are good practice nonetheless

The earlier papers are somewhat easier than current papers so be careful to not become complacent when scoring highly on early papers

Aim to do as many past papers as possible as timed mocks, exam technique is essential to success in the MAT

Resources:

Exam Syllabus
MAT/AEA/STEP Past Papers
Official Webpage

Exam Information/Layout:

The exam is 150 minutes (2 hours 30 minutes) long

There are 5 specific questions to be completed depending on your course

The first question consists of 10 multiple choice questions all worth 4 marks each

All answers to questions are submitted on plain paper

Formulae sheets and calculators are not permitted

Compasses are permitted

Graph Sketching:
Spoiler:
Show
Find the asymptotes of the curve

Determine if and where the curve intercepts the coordinate axis

Determine if there exist turning points/points of inflexion for the curve

Find the limits (if they exist) of the curve
Things to Look for:
Spoiler:
Show
Opportunities to use the discriminant conditions for a quadratic equation

A tangent to a curve intersects a curve only once, and hence any equation representing the or coordinate of the point of intersection of a tangent to a curve must have one real root:

The shortest distance between a point and a line is found by taking the normal to the line which passes through the point

When asked to find the correct graph for a function, try substituting important values into the function to rule out possibilities. For example, 2013 Q1D.

Be aware of useful inequalities:

tagged people who may be interested:
Does a tangent to a curve really only intersect the curve once?????

(y=x m8)
11. (Original post by Gome44)
Does a tangent to a curve really only intersect the curve once?????

(y=x m8)
All curves except straight lines then I guess, I shall amend for the benefit of other pedantic users
12. (Original post by Euclidean)
All curves except straight lines then I guess, I shall amend for the benefit of other pedantic users
No i think thats still wrong bro.
Write this, When it intersects a curve they have a double root. They meet and gradient at that point is also the same.

Posted from TSR Mobile
13. (Original post by Gome44)
Does a tangent to a curve really only intersect the curve once?????

(y=x m8)
(Original post by physicsmaths)
No i think thats still wrong bro.
Write this, When it intersects a curve they have a double root. They meet and gradient at that point is also the same.

Posted from TSR Mobile

I couldn't find a good definition for a tangent to a curve, so I've scrapped the whole first part:

(Original post by Euclidean)
Things to Look for:
Spoiler:
Show

Any equation representing the or coordinate of the point of intersection of a tangent to a curve must have one repeat real root:

It is also worth noting that the gradient of the tangent and the curve at the above point are the same
14. (Original post by Euclidean)
I couldn't find a good definition for a tangent to a curve, so I've scrapped the whole first part:

[/spoiler][/center]
You're assuming the curve is quadratic though, you can have tangents on non-polynomial or polynomial of degree >2 where the discriminant condition you've given doesn't apply, not is there just one repeated real root. You can have roots of multiplicity .
15. (Original post by Zacken)
You're assuming the curve is quadratic though, you can have tangents on non-polynomial or polynomial of degree >2 where the discriminant condition you've given doesn't apply, not is there just one repeated real root. You can have roots of multiplicity .
Sorry, I'll clarify now. I was referencing the point above it on the OP about using the discriminant condition for a quadratic.
16. (Original post by Euclidean)
Sorry, I'll clarify now. I was referencing the point above it on the OP about using the discriminant condition for a quadratic.
17. Thanks for the thread Euclidean. Been doing a lot of non-maths related stuff, which has given me the nice balance I need. physicsmaths might have some questions for you.
18. (Original post by Marxist)
Thanks for the thread Euclidean. Been doing a lot of non-maths related stuff, which has given me the nice balance I need. physicsmaths might have some questions for you.
You want some questions?
Have you seen imo 2016 paper, some very nice questions in there.

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19. (Original post by physicsmaths)
You want some questions?
Have you seen imo 2016 paper, some very nice questions in there.

Posted from TSR Mobile
I'd love some questions if you have any. Let me know. At the moment, I want to finish off some modules - do some STEP questions I saved a while back to try out then do some stuff based from BMO. DrFrost resources seem to be very good these days - brushed up on my geometry a bit - looking much better than before - was totally lost... and I actually like geometry.
20. (Original post by Marxist)
I'd love some questions if you have any. Let me know. At the moment, I want to finish off some modules - do some STEP questions I saved a while back to try out then do some stuff based from BMO. DrFrost resources seem to be very good these days - brushed up on my geometry a bit - looking much better than before - was totally lost... and I actually like geometry.
Oh if u havent done bmo stuff yet then IMO stuff is a very long shot sorry for suggesting that. I just assume everyone is on the IMO hype like me.

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