Structured Maths Approach Measurement Two - SAMPLE PACK LESSON Structured Maths Approach Measurement Two is the next instalment for the Structured Maths Journey bringing a clear and easy to follow scope and sequence within strand. Covering Year 0-8 learning outcomes from the curriculum, this resource provides you with differentiated learning, resources and teaching materials to support all your students. Lesson and learning builds on each other with a natural progression throughout concepts. This resource gives you access to learning outcomes for all of Year 2-8 for the strand area Measurement. This is book two of two and only covers Year 2-8 content due to the Curriculum layout. This is a SAMPLE lesson and only includes a section of Lesson 7: Measuring Temperature. This gives you insight into what is included and how the resource looks. Lesson for each year group for Measurement Two During the second year (Year 2): Lesson 1: Perimeter of a 2D shape Lesson 2: Turns During the third year (Year 3): Lesson 3: Full, half, quarter and three-quarter turns Lesson 4: Area and perimeter of a 2D shape During the fourth year (Year 4): Lesson 5: 90, 180 and 360 degree turns Lesson 6: Area of irregular shapes Lesson 7: Measuring temperature Lesson 8: Measuring volume with centicubes During the fifth year (Year 5): Lesson 9: Acute, right and obtuse angles Lesson 10: Area or irregular shapes Lesson 11: Measuring temperature Two measurement investigations During the sixth year (Year 6): Lesson 12: Amount of turn in an angle up to 360 degrees Lesson 13: Area of rectangles and right-angled triangles Lesson 14: Volume of rectangular prisms Two measurement investigations During the seventh year (Year 7): Lesson 15: Area and perimeter using composite shapes Lesson 16: Area and perimeter using missing composite shapes Lesson 17: Volume using formula Two measurement investigations During the eighth year (Year 8): Lesson 18: Area of a parallelogram and a trapezium Lesson 19: Area and perimeter using missing information Lesson 20: Working with volume Two measurement investigations