VM Numeracy Q6c – Reflection, rotation and symmetry | VCE Units 1 & 2 Practice – StudyPulse
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VM Numeracy VCE Units 1 & 2 Practice Question 6c – Reflection, rotation and symmetry

Q6c VM Numeracy Reflection, rotation and symmetry Unit 1 - Area Of Study 2

A skate park is painting a simple logo on a rectangular sign. The logo is made from a single polygon with vertices joined in order: \(A(1,1)\), \(B(7,1)\), \(C(7,3)\), \(D(4,6)\), \(E(1,3)\), then back to \(A\).

The sign painter wants to use transformations to create a matching version of the same logo on the right-hand side of the sign.

Diagram

Question 6c

4 marks

After the reflection, the painter wants the right-hand logo to be turned so that its “roof peak” points down instead of up, without changing its size. Propose a single rotation (centre and angle) that will do this to the reflected logo, and account for why your rotation works.

Your Answer

0 words

About This VM Numeracy Question

This is a free VCE Units 1 & 2 VM Numeracy practice question worth 4 marks, testing your understanding of Reflection, rotation and symmetry. It falls under Shape in Unit 1: VM Numeracy Unit 1. Submit your answer above to receive instant AI-powered marking and personalised feedback.

Subject
VM Numeracy – Victorian Certificate of Education Units 1 & 2
Unit 1
VM Numeracy Unit 1
Area Of Study 2
Shape
Key Knowledge
Reflection, rotation and symmetry

Unit 1 Overview

In Unit 1 students will develop their numeracy practices to make sense of their personal, public and vocational lives. They will develop mathematical skills with consideration of their local, community, national and global environments and contexts, and an awareness and use of appropriate technologies. These units provide students with the fundamental mathematical knowledge, skills, understandings and dispositions to solve problems in real contexts for a range of workplace, personal, further learning and community settings relevant to contemporary society.

Shape

In this area of study students will learn to recognise, describe and name common two- and three-dimensional shapes. They will classify, manipulate, represent and construct common and familiar shapes in diagrammatical and concrete forms. They will also become familiar with common characteristics and properties used in classifying shapes.

Key Knowledge Detail

simple reflection, rotation and symmetry in relation to everyday familiar shapes

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