GCSE Past Paper Questions & Solutions Dr J Frost (jfrost@tiffin.kingston.sch.uk) Last modified: 18 th April 2014.
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GCSE Past Paper Questions & Solutions
Dr J Frost (jfrost@tiffin.kingston.sch.uk)
Last modified: 18th April 2014
IndexClick to visit section.
Straight Line Equations AlgebraFactorising, Simplifying & Solving
Non-Right Angled Triangles
Congruent Triangle Proofs
Algebraic Proofs & Algebraic Geometry Right-Angled Triangles
NumberIncludes bounds, direct/indirect proportion, standard form, %s
Probability Circle Theorems
Mark Scheme Notes:M1 Method mark. cao Correct Answer Only oe Or equivalentA1 Accuracy mark. C1 ‘Communication Mark’ (used for *-ed questions)B1 ‘Independent mark’. Sort of a ‘miscellaneous’ mark, often used when an explanation is required.
Volumes and Surface Area
Functions and Graph Transformations More Topics >>
IndexClick to visit section.
Loci & Constructions Angles & Bearings
Mark Scheme Notes:M1 Method mark. cao Correct Answer Only oe Or equivalentA1 Accuracy mark. C1 ‘Communication Mark’ (used for *-ed questions)B1 ‘Independent mark’. Sort of a ‘miscellaneous’ mark, often used when an explanation is required.
Vectors
Straight Lines
Gradient = -9/4
2y = -x + 1, so y = -0.5x + 0.5So gradient is -0.5
y = 3x - 4
y = -3x + 16
y = 4x + 3
y = 4x – 5
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Straight Lines
y = 4x - 11
y = (1/3)x + 2
y = -(1/2)x + c (where c can be anything)
y = -(1/5)x – 1
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Straight Lines
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Straight Lines
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Straight Lines
3 , 3.5
-9/5
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Straight Lines
5 1.5?
Reveal
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Straight Lines
Reveal
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Straight Lines
2/3
Gradient of 2y = 10 – 3x is -3/22/3 × -3/2 = -1 therefore perpendicular
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Straight Lines
6 1.5 0
-3/2
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Reveal
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Straight Lines
-0.6, 5.5
-1.4, 6.4
x = 0.2, y = -3.8x = 5.8, y = 1.8
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Straight Lines
-1/2
y = -(1/2)x – 1
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Straight Lines[June 2010 NonCalc]
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Algebra
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Algebra
x10
m12
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Algebra
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Algebra
3
-1
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Algebra
12.5
4m2 – 1
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Algebra
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Algebra
a9
3
9e5f6
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Algebra
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Algebra
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Algebra
3(2 + 3x)
(y + 4)(y – 4)
(2p – 5)(p + 2)
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Algebra
-3?
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Algebra
45
4 , 5
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Algebra
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Algebra
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Algebra
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Algebra
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Algebra
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Algebra
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Algebra
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Algebra
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Algebra
-3 < x ≤ 4
t > 7/2
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Algebra
2x(x – 2y)
(p – 4)(p – 2)
x + 2
6a5b2
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Algebra
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Algebra
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Algebra
x + 42x – 3
7x – 2 (x+2)(x-2)
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Algebra
(x + p)(x + q)
(m + 2)(m – 2)
x + 10(x – 4)(x + 3)
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Algebra
x2 + 3 = 7xx2 – 7x + 3 = 0
x = (7 ±37) / 2?
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Algebra
-2, -1, 0, 1, 2, 3, 4
x > 5/2
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Algebra
16n12?
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Algebra
(2x – 1)(x – 4)
(2x – 1)(x – 4) = (2x – 1)2
x – 4 = 2x – 1x = -3
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Algebra
-160?
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Algebra
4(3n + 1)
3(n + 4)
2n + 1
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Algebra
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Algebra
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Algebra
4x-1 or 4/x?
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Algebra
8x2 + 6xy – 20y2
x + 10
x – 5x + 2
3 -11
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Algebra
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Non-Right Angled Triangles
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Non-Right Angled Triangles
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Non-Right Angled Triangles
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Non-Right Angled Triangles
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Non-Right Angled Triangles
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Non-Right Angled Triangles
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Non-Right Angled Triangles
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Non-Right Angled Triangles
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Non-Right Angled Triangles
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Non-Right Angled Triangles
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Congruent Triangles
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Congruent Triangles
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Congruent Triangles
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Congruent Triangles
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Congruent Triangles
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Algebraic Proofs and Geometry << Return to Index
21.
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Algebraic Proofs and Geometry << Return to Index
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Algebraic Proofs and Geometry << Return to Index
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Algebraic Proofs and Geometry << Return to Index
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Algebraic Proofs and Geometry << Return to Index
5x2?
Algebraic Proofs and Geometry << Return to Index
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Algebraic Proofs and Geometry << Return to Index
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Algebraic Proofs and Geometry << Return to Index
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Algebraic Proofs and Geometry << Return to Index
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Algebraic Proofs and Geometry << Return to Index
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Algebraic Proofs and Geometry << Return to Index
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Right Angled Triangles << Return to Index
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Right Angled Triangles << Return to Index
80.1?
Right Angled Triangles << Return to Index
11.5 47.2? ?
Right Angled Triangles << Return to Index
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Right Angled Triangles << Return to Index
3.52?
Right Angled Triangles << Return to Index
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Right Angled Triangles << Return to Index
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Right Angled Triangles << Return to Index
33.7 9.44? ?
Right Angled Triangles << Return to Index
13.86 ?
Right Angled Triangles << Return to Index
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Right Angled Triangles << Return to Index
48.2?
Right Angled Triangles << Return to Index
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Right Angled Triangles << Return to Index
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Number << Return to Index
0.00078
9.56 x 107
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Number << Return to Index
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Number << Return to Index
Remember, you choose the greatest degree of accuracy such that the two bounds are the same.
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Number << Return to Index
820 000
3.76 x 10-4
0.5 x 109
= 5 x 108
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Number << Return to Index
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Number << Return to Index
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Number << Return to Index
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Number << Return to Index
Non
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Number << Return to Index
Non
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Number << Return to Index
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Number << Return to Index
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Number << Return to Index
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Number << Return to Index
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Number << Return to Index
643 000
16 x 10-5
= 1.6 x 10-4
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Number << Return to Index
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Number << Return to Index
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Number << Return to Index
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Number << Return to Index
1
0.000067
2.7 x 1014
2.4 x 1016
6.4 x 108
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Number << Return to Index
109.8847047?
Number << Return to Index
8.25 x 107
1.456 x 10-15
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Number << Return to Index
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Probability << Return to Index
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Probability << Return to Index
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Probability << Return to Index
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Probability << Return to Index
242
1642
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Probability << Return to Index
222380
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Probability << Return to Index
64110
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Probability << Return to Index
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Probability << Return to Index
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Circle Theorems << Return to Index
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Circle Theorems << Return to Index
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Circle Theorems << Return to Index
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Circle Theorems << Return to Index
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Circle Theorems << Return to Index
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Circle Theorems << Return to Index
Circle Theorems << Return to Index
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Circle Theorems << Return to Index
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Circle Theorems << Return to Index
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Circle Theorems << Return to Index
Circle Theorems
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Circle Theorems << Return to Index
Angle DAB = 180 – 103 = 77 (opposite angles of cyclic quadrilateral)Angle DBA = 39 (Alternate Segment Theorem)Angle ADB = 180 – 77 – 39 = 64
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Circle Theorems << Return to Index
116
Angle OCB = (180 – 116)/2 = 32Angle OCA = 74 – 32 = 42
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Circle Theorems << Return to Index
Angle BOA = 152Angle APB = 360 – 152 – 90 – 90 = 28
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Volumes and Surface Area << Return to Index
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Volumes and Surface Area << Return to Index
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Volumes and Surface Area << Return to Index
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Volumes and Surface Area << Return to Index
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Volumes and Surface Area << Return to Index
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Volumes and Surface Area << Return to Index
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Volumes and Surface Area << Return to Index
236
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Volumes and Surface Area << Return to Index
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Volumes and Surface Area << Return to Index
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Volumes and Surface Area << Return to Index
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Volumes and Surface Area << Return to Index
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Volumes and Surface Area << Return to Index
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Volumes and Surface Area << Return to Index
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Volumes and Surface Area << Return to Index
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Volumes and Surface Area << Return to Index
3 2 41? ? ?
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Volumes and Surface Area << Return to Index
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Volumes and Surface Area << Return to Index
Yes Yes?
8 x 1003 = 8 000 000?
Functions and Graph Transformations << Return to Index
General Tips:
1. When asked to sketch a transformed graph, e.g. f(x + 3), pick key points on the original graph to transform first (e.g. ones that go exactly through grid points, or y-intercepts, etc.) then join up with a line. This will ensure you draw it accurately.
2. Remember that changes inside the function brackets affect the x-axis and do the opposite of what you expect.
3. Learn the shape of y = sin(x), y = cos(x) and y = tan(x). In particular, learn that coordinates for which the graphs cross the x-axis, and the maximum/minimum points.
On to questions >>>
Functions and Graph Transformations << Return to Index
Reveal
To get the curve perfectly mirrored, mirror points that go through squares first, i.e. (-4, 4), (-3, 1), (-1, 1), (0.4), then join up with a line.
Functions and Graph Transformations << Return to Index
y = f(x – 6)?
Functions and Graph Transformations << Return to Index
90 0?
Reveal
Functions and Graph Transformations << Return to Index
Reveal
Functions and Graph Transformations << Return to Index
Reveal
Functions and Graph Transformations << Return to Index
EBFCD
A
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Functions and Graph Transformations << Return to Index
Reveal
Functions and Graph Transformations << Return to Index
Reveal
Functions and Graph Transformations << Return to Index
Reveal
Functions and Graph Transformations << Return to Index
Reveal
Functions and Graph Transformations << Return to Index
-15 -7 -6 1
Reveal
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Functions and Graph Transformations << Return to Index
Reveal
x = -1.6, y = 2.6x = 2.6, -1.6 ?
Functions and Graph Transformations << Return to Index
f(x – 5)
4 3
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3 -3 -1? ? ?
Reveal
Vectors << Return to Index
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Vectors << Return to Index
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Vectors << Return to Index
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Vectors << Return to Index
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Vectors << Return to Index
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Vectors << Return to Index
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Vectors << Return to Index
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Vectors << Return to Index
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Loci & Constructions << Return to Index
#1: Use compass the get some fixed distance across the lines AC and AB.
#2: Find perpendicular bisector of these two points.
Reveal
Loci & Constructions << Return to Index
Reveal
Loci & Constructions << Return to Index
#1: Use two arcs with radius the width of the line to form an equilateral triangle (only one side needed).This gives you an angle of 60.
#2: Find the angle bisector of these two lines in the usual way, in order to find the angle half of 60.
Reveal Step #1
Reveal Step #2
Loci & Constructions << Return to Index
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Loci & Constructions << Return to Index
5cm
3cm
Angle bisector of angle DAB
Reveal
Angles & Bearings << Return to Index
40
Angle PQT = 70 (angles on straight line). Angle PTQ = 70 (isosceles triangle)
Angle TPQ = 40 (angles in triangle add to 180)
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Angles & Bearings << Return to Index
360 ÷ 5 = 72?
Angles & Bearings << Return to Index
112
Angle LNB = 68 (corresponding angles) so y = 112 (angles on straight line add to 180)
OR Angle ANM = 68 (alternate angles) so y = ...
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Angles & Bearings << Return to Index
55
Corresponding angles.
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Angles & Bearings << Return to Index
360 ÷ 30 = 12?
Angles & Bearings << Return to Index
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Angles & Bearings << Return to Index
360 – 90 – 120 = 150?
Angles & Bearings << Return to Index
42?
Angles & Bearings << Return to Index
Angle PBA = 180 – (x + 50) – (2x – 10) = 140 – 3xy = 180 – (140 – 3x) = 3x + 40
3x + 40 = 145x = 35
35 + 50 = 85
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Angles & Bearings << Return to Index
3x – 15 = 2x + 24x = 39 ?
Angles & Bearings << Return to Index
Interior angle of hexagon = 180 – (360 / 6) = 120Interior angle of octagon = 180 – (360 / 8) = 135x = 360 – 120 – 135 = 105
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Angles & Bearings << Return to Index
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Angles & Bearings << Return to Index
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Angles & Bearings << Return to Index
150?
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Angles & Bearings << Return to Index
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Angles & Bearings << Return to Index
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Angles & Bearings << Return to Index
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Angles & Bearings << Return to Index
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Angles & Bearings << Return to Index
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Angles & Bearings << Return to Index
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Angles & Bearings << Return to Index
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Angles & Bearings << Return to Index
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