Estimating numbers to 10000

To consolidate our learning, Crew Hamill took part in a practical lesson in which we became a number line to 10,000 in order to deepen our understanding on how to estimate numbers on a number line. We began by each being a different number, starting with our start and end numbers (0 and 10,000) and adding in the interval half way (5000) and half way again (2500 and 7500). Remaining children were then given a number between 0 and 10,000 and had to decide where they would place themselves along the line, thinking carefully about which of our interval numbers they would stand between and which one they would be closer to based on the value of their number. Once we had done this, we then worked in mini crews to mark on different interval values on number lines to 10,000 and placed a range of numbers where we estimated they belonged onto each line.

Partitioning in MI

Our entry ticket consolidated our learning when writing numbers in words and with digits. Our main learning was looking at 4 digit numbers with lots of practise around partitioning. We even managed to challenge ourselves further working on different problem solving and reasoning questions too. A great lesson MI 🙂

Arithmetic

In arithmetic, we have worked hard to ensure we are using the squares in our maths books accurately, ensuring there is one number in each square. We have also worked hard to ensure all of our numbers are formed correctly, a ruler is used to draw any lines and we use appropriate spaces between calculations so that we can read our work properly and it is presented to the best of our ability. We focused on addition of 3 digit numbers with exchanging and some of us were even able to move on to four and five digit numbers!

Analogue to Digital

Following our success with reading time on an analogue clock, Crew Hamill moved on to look at digital clocks. We discussed how we could find these in lots of places – on some watches, our phones, microwaves, ovens… We then looked at how to read a digital clock properly and what each of the digits means. Following this, we used our new knowledge to correctly match analogue clocks to digital clocks as well as the time in words.