David Weber, Talei Kunkel, Rose Harrison and, Fatima Remtulla Solutions for Chapter: Geometric Transformations Expressing Beliefs and Values, Exercise 19: Practice 4

Author:David Weber, Talei Kunkel, Rose Harrison & Fatima Remtulla

David Weber Mathematics Solutions for Exercise - David Weber, Talei Kunkel, Rose Harrison and, Fatima Remtulla Solutions for Chapter: Geometric Transformations Expressing Beliefs and Values, Exercise 19: Practice 4

Attempt the practice questions on Chapter 6: Geometric Transformations Expressing Beliefs and Values, Exercise 19: Practice 4 with hints and solutions to strengthen your understanding. MYP Mathematics A concept-based approach 3 solutions are prepared by Experienced Embibe Experts.

Questions from David Weber, Talei Kunkel, Rose Harrison and, Fatima Remtulla Solutions for Chapter: Geometric Transformations Expressing Beliefs and Values, Exercise 19: Practice 4 with Hints & Solutions

EASY
MYP:3
IMPORTANT

Give the coordinates of the image point after the following preimage points has been reflected in the x-axis.

-2,0

EASY
MYP:3
IMPORTANT

Give the coordinates of the image point after the following preimage points has been reflected in the x-axis.

0,-8

EASY
MYP:3
IMPORTANT

Give the coordinates of the image point after the following preimage points has been reflected in the y-axis.

-6,15

EASY
MYP:3
IMPORTANT

Give the coordinates of the image point after the following preimage points has been reflected in the y-axis.

13,-11

EASY
MYP:3
IMPORTANT

Give the coordinates of the image point after the following preimage points has been reflected in the y-axis.

0,0

EASY
MYP:3
IMPORTANT

Write down a single transformation that achieves the same result as a reflection in the x-axis followed by a 180-degree rotation.

EASY
MYP:3
IMPORTANT

Write down a single transformation that achieves the same result as a reflection in the y=-x followed by a 90-degree rotation clockwise.

EASY
MYP:3
IMPORTANT

Write down a single transformation that achieves the same result as a reflection in the y=x followed by a 270-degree rotation clockwise.