Lesson Five – Multiplication Products
This maths teaching pack for Key Stage Two gets the children to investigate and record the order of digits that can produce different multiplication products when performing standard written methods of calculation for multiplication.
The class can identify the sequence of instructions that can be followed when completing a written multiplication calculation to break the sum into a series of smaller steps.
Download this teaching pack including a lesson plan, classroom activities and an interactive presentation to teach the children to investigate and record the order of digits that can produce different multiplication products when performing standard written methods of calculation for multiplication
Activities in this teaching pack include a set of differentiated templates to select and record combinations of digits that can be used to produce different multiplication products when performing standard written methods of calculation for multiplication.
The interactive presentation gets the children to explore the order of digits that can be used to produce different multiplication products.
This lesson is part of a maths scheme of work to get the children to practise using standard written methods for multiplication to solve abstract and real world problems. There are teaching activities for shared learning, differentiated worksheets to support independent learning and interactive presentations to introduce concepts and key skills.
-
Ancient Egyptian Pyramids
Explore how and why the Ancient Egyptians constructed and used different pyramids and tombs to reflect their beliefs about the afterlife
-
Earthquakes
Investigate and record some of the different causes and effects of earthquakes on locations around the world
-
Shape Locations
Explain and model how to record and change the co-ordinate positions of some different geometric shapes using translation and reflection movements in the first quadrant.
-
Shape Symmetry
Explore, record and compare the matching lines of symmetry that can be found in a range of different geometric shapes as part of their individual properties