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Charles

Charles

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INSTANT ANSWER

Machematics NSC Term 2: Assignment 1.2 In the diagram, \( O \) is the centre of the circle RMPS. OT bisects RM with \( T \) a point on RM. \( \mathrm{PR} \mathrm{M}=32^{\circ} \). SP, SM and radii \( \mathrm{OP} \) and \( \mathrm{OM} \) are drawn. \( \mathrm{O} \hat{M T}=15^{\circ} \). Calculate, with reasons, the size of the angles: \( 1.2 .1 \mathrm{~S} \) (2) \( \begin{array}{lll}1.2 .2 & \hat{\mathrm{O}}_{2}\end{array} \) (2) 1.2.3 \( \quad \hat{\mathrm{O}}_{1} \) (3) [14]

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Mathematics 5 Term 2 Assignment QUESTION 5 In the diagram, \( \mathrm{PV} \) and \( \mathrm{VQ} \) are tangents to the circle at \( \mathrm{P} \) and \( \mathrm{Q} . \mathrm{PQ} \) is produced to \( \mathrm{S} \) and chord \( \mathrm{PR} \) is produced to \( \mathrm{T} \) such that VTS \( \| \mathrm{RQ} \). VQ and \( \mathrm{RT} \) intersect at \( \mathrm{W}, \hat{\hat{y}_{1}}=\hat{\mathrm{P}}_{2}=x \). Prove that: \( 2.1 \quad \hat{S}=x \) 2.2 \( P Q T V \) is a cyclic quadrilateral (4) 2.3 \( T Q \) is a tangent to the circle passing through \( Q, W \) and \( P \) (5) (3) \( [12] \)

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Breanna Ollech verified

Numerade educator

Mathematics NSC Term 2: Assignment QUESTION 1 1.1 In the diagram, ABCD is a cyclic quadrilateral in the circle centered at O. ED is a tangent to the circle at D. Chord AB is produced to F. Radii OC and OD are drawn. $hat{ADE} = 40^circ$ and $hat{C}_2 = 65^circ$. Determine, giving reasons, the size of each of the following angles: 1.1.1 $hat{D}_2$ 1.1.2 $hat{FBC}$

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7 Term 2 Assignment NSC 3.2 In the diagram, DE is a tangent to the circle at \( \mathrm{E} \) and \( \mathrm{DFG} \) is a secant intersecting the circle at \( \mathrm{F} \) and \( \mathrm{G} . \mathrm{DE}=\mathrm{EF}=\mathrm{FG} . \mathrm{H} \) is a point on \( \mathrm{EG} \) such that \( \mathrm{FH} \| \mathrm{DE} \). 3.2.1 Determine, giving reasons, 3 angles each equal to \( D \hat{E} F \). 3.2.2 Prove that: a) \( \triangle \mathrm{DEF}|| \mid \triangle \mathrm{DGE} \) b) \( \hat{\mathrm{D}}=72^{\circ} \). 3.2.3 If it is further given that \( \mathrm{DF}=k \) units and \( \mathrm{FG}=2 \) units, prove that \( k^{2}+2 k=4 \). 3.2.4 Determine, giving reasons, the ratio of \( \frac{\mathrm{GH}}{\mathrm{GE}} \) in terms of \( k \). TOTAL MARKS: 50 Copyright reserved Please Turn Over Galetex y-S23

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