THE ULTIMATE REVISION VIDEO - HIGHER GCSE | GCSE 2024

This video features exam questions to help you revise all topic areas for GCSE higher maths.

0:00:00 Introduction
0:02:00 Q1 - Expand/Factorise
0:05:02 Q3 - Percentage Change/Profit
0:05:53 Q4 - Mixed Number Operations
0:08:33 Q5 - Changing the subject
0:09:37 Q6 - Inequalities
0:12:43 Q7 - Reciprocals + Error Intervals
0:14:00 Q8 - Averages from Tables
0:15:57 Q9 - Using a Calculator
0:17:06 Q10 - Angle Bisectors
0:18:06 Q11 - Straight Line Graphs
0:20:36 Q12 - Estimation
0:21:35 Q13 - Area/Circumference of Circles
0:23:22 Q14 - Diagram Sequences
0:26:01 Q15 - Reverse Percentages
0:26:58 Q16 - Index Laws
0:28:18 Q17 - Quadratics (Expand, Factorise, Solve)
0:30:48 Q18 - Inverse Proportion
0:32:24 Q19 - Speed, Distance, Time
0:34:21 Q20 - Scatter Diagrams
0:35:52 Q21 - Transformations
0:37:34 Q22 - Pythagoras
0:38:52 Q23 - Interpreting Pie Charts
0:40:11 Q24 - Column Vectors
0:42:28 Q25 - Recipes
0:43:59 Q26 - Standard Form (ordering numbers)
0:45:20 Q27 - Frequency Polygons
0:46:09 Q28 - Venn Diagrams
0:48:15 Q29 - Standard Form (conversions/calculations)
0:50:33 Q30 - Best Buy + Exchange Rates
0:52:27 Q31 - Plans and Elevations + Volume of Prism
0:55:24 Q32 - Simultaneous Equations
0:57:38 Q33 - Surface Area
0:59:21 Q34 - Distance-Time Graphs
1:00:47 Q35 - Angles in Regular Polygons
1:01:55 Q36 - Compound Interest
1:03:41 Q37 - Trigonometry (SOHCAHTOA)
1:05:08 Q38 - Trigonometry (SOHCAHTOA)
1:06:11 Q39 - Probability In Tables
1:07:40 Q40 - More Angles in Regular Polygons
1:08:28 Q41 - Drawing Quadratic Graphs
1:10:43 Q42 - Loci + Perpendicular Bisectors
1:12:19 Q43 - HCF/LCM
1:14:29 Q44 - Volume of Cone/Sphere
1:16:18 Q45 - Similar Triangles + Angles in Parallel Lines
1:18:17 Q46 - Finding the equation of a straight line graph
1:19:53 Q47 - Forming and Solving Equation + Area of Trapezium
1:23:26 Q48 - Probability Tree Diagrams
1:24:53 Q49 - Midpoint + Congruent Shapes
1:27:47 Q50 - Features of Quadratic Graphs
1:28:37 Q51 - Direct/Inverse Proportion
1:29:58 Q52 - Types of Graphs
1:31:35 Q53 - Density, Mass, Volume
1:33:24 Q54 - Pressure, Force, Area
1:34:32 Q55 - Equations of Parallel Lines
1:36:25 Q56 - Fibonacci Sequence + Simultaneous Equations
1:38:24 Q57 - Angles in Irregular Polygons
1:39:46 Q58 - Pythagoras + Arc Length
1:42:21 Q59 - Stem and Leaf Diagrams + Box Plots
1:46:02 Q60 - Surface Area of Sphere/Cone
1:52:22 Q63 - Negative Scale Factor Enlargements
1:57:39 Q65 - Capture-Recapture
2:00:19 Q66 - Estimating Powers and Roots
2:01:44 Q67 - Product Rule for Counting
2:02:10 Q68 - Graphs of Trigonometric Functions
2:07:27 Q71 - Exponential Graphs
2:09:07 Q72 - Equation of a Circle + Solving Simultaneous Equations Graphically
2:28:20 Q80 - Sector Area + Area of a Triangle (Trig)
2:39:44 Q85 - Interpreting Histograms
2:43:10 Q86 - Cosine Rule + Sine Rule
2:49:09 Q89 - Algebraic Proof
2:53:39 Q91 - Similar Areas/Volumes
2:59:31 Q94 - Invariant Points
3:01:02 Q95 - Algebraic Fractions
3:04:28 Q96 - Bearings + Sine Rule (Angles)
3:07:45 Q97 - Velocity-Time Graphs
3:13:10 Q99 - Finding a turning point by completing the square
3:20:27 Q102 - Transforming Graphs
3:23:02 Q103 - Equation of a Tangent to a Circle
3:26:42 Q104 - Geometric Proof
3:30:10 Q105 - General Iterative Processes
3:33:40 Q106 - Vectors

[hibawasim]

No way Thank you so much, i can't appreciate you enough you saved my life. You really did. I got a 5 in mock 1 and then it jumped to 7 in mock 2 and it's all because of your videos. These videos and your practise papers are a blessing for me and I'm so grateful I hops you succeed and get what you deserve for all this hardwork of nearly 4 hours. ✨✨ I wish I could pay you back but I'll help you out so much to grow your channel. You're doing amazing and we are thankful for you.

[fw_aman]

we are so privileged to have people like this who make gcse maths easier

[joseph_donovan]

An ineluctable treasure trove of superb higher GCSE maths questions with priceless accompanying video tutorials. Free, fun and fantastic! Made my ear lobes tingle with delight. Bravo!

[milkiiiteaa]

that last question was absolutely diabolical but thank you so much for this

[mariaclaizenbautista]

I gave this paper to my students. Thank you so much ❤

[Sjb]

As the Greek Philosophers said, ‘The path to wisdom is through mathematics’. Would have preferred it to be through chocolate. Ah well.

[Sul.z]

1:45 AM the night before maths paper 2 💀 still very useful

[ChatNoir-jj]

my teacher printed half of this for my homework

[hani]

This video is Thank you so so much. I did not expected to be as much as this helpful for me but it helped me a lot. Thanks again

[NotAbbas]

Just finished the video, pretty good imo

[ButtChinsAreHereToStay]

My favourite teacher/tutor find of 2023. Fabulous (well-explained) examples here, I think you need a prize. As Jim Carey (The Grinch) once think someone mentioned an award of some kind.

[saheer]

aint no way im watching a nearly 4 hour video at nearly 12am and me knowing nothing... im cook, your cooked, the lamb salan is cooked :(

[heavenly_silent]

You are actually so amazingg and helped me so much. Is there any chance that you could start doing A level content as well? I really love watching your videos to understand topics

[labrakhan]

bro i appriecate the time and effort u put in to this video you really will helped me learn a lot thank you god bless!😁

[ahmad-zqsh]

my exam is tmrw and i’m watching this bro im defo cooked😭😭

[DONDAESTALEOMESSI]

For q104( 3:30:04 ), why did u do 2x + 90-2x, and thus not having the 180? What happened to it??

[platos]

34:11 question 19, how come you dont have to account for the fact that time is base 60 when filling in your equation for speed? If you work out what 0.45 of an hour is and put it into the equation you get a different speed but surely it is still right as you are doing distance over time in minutes, I am assuming that you are not using base 60 as at one point you got 0.75 hours, sorry time can be confusing to work with. Great video though

[a-zeqf]

honestly this is such a great video thank you so much

[aIbaba]

For question 86(a) at 2:44:31 I drew a line from point A to the midpoint of DB and used Pythagoras to solve the question and get the answer of 12cm for the length of AD, but you got 11.3cm using cosine rule. Is my answer valid?

[raphaelsmithhaynes]

for question 94 can you also have reflection in the line x=-1