# Logical thinking and problem solving – Readilearn

Logical thinking and problem solving are important skills for children of all ages to develop, including those in early childhood classrooms. We employ thinking skills each day, in many situations, from deciding the order in which to dress ourselves, complete simple tasks, collect items for dinner or set the table; through to more complex problems such as assembling furniture, writing work programs, juggling timetables, and organising class groupings for activities.

This week I am excited to upload a new interactive digital story that encourages children to use logical thinking to solve a problem.

Dragona has lost her egg and turns to her friend Artie, owner of a Lost and Found store, for help. Artie is confident of helping her as he has many eggs on his shelves. He asks Dragona to describe features of her egg, including size, shape, pattern and colour. He uses a process of elimination to identify which egg might be Dragona’s. Children join in the process by choosing eggs with the characteristic described.

What is Dragona’s egg really like, and will Artie be able to help her find it?

You’ll have to read the story to find out.

The process of writing this story also required a problem to be solved; and I love nothing better than a good problem to solve.

What’s an ovoid? Do you know?

To find out, continue reading at: Logical thinking and problem solving – Readilearn

# Shaping up – activities with 2D shapes. – Readilearn

Shapes are all around. Everything we see has a shape. Some of those shapes are regular, some not so regular. In early childhood, children are introduced to the basic regular shapes of circles, triangles and rectangles, including the special rectangle that we call a square.

Even before they begin formal learning, most young children can recognise and name these four basic shapes. They see them in picture books and encounter them in puzzles and games.

But learning about shape goes much deeper than just being able to recognise and label those colourful images.  An understanding of shape has relevance to many other activities such as reading maps, construction, laying tiles, and stacking items. They need to know how shapes can be combined to form others, and what happens when they are cut, flipped or turned. They will use their knowledge of shape in more advanced geometry such as finding perimeter, area, and volume.

The colourful, and sometimes humorous cartoon-like, ways in which shapes are introduced to young children, can make them appear fairly basic, and parents and teachers may state with pride, “My child knows all the shapes.” But with shape forming a basis for so much other understanding, it is important to use language that enables understanding and discourages the formation of misunderstanding.

Misunderstandings occur when objects