This weeks Letters

13 Mar 2020 - Pri: 11/03/2021 Reading Evening

02 Mar 2020 - Pri: 23/05/2021 School Hoody's

07 Feb 2020 Clubs Letter - Spring Term 2

05 Feb 2020 - Pri: 01/07/2020 Choir Songs 2020

27 Jan 2020 This Weeks Newsletter

24 Jan 2020 - Pri: 31/12/2020 New Info from ParentPay

04 Dec 2019 Summer 2020 Menu

18 Nov 2019 - Pri: 20/12/2020 Flu Immunisation Info

21 Oct 2019 Funtime Zone Information

26 Sep 2019 - Pri: 30/09/2020

13 Mar 2020 - Pri: 11/03/2021 Reading Evening

02 Mar 2020 - Pri: 23/05/2021 School Hoody's

07 Feb 2020 Clubs Letter - Spring Term 2

05 Feb 2020 - Pri: 01/07/2020 Choir Songs 2020

27 Jan 2020 This Weeks Newsletter

24 Jan 2020 - Pri: 31/12/2020 New Info from ParentPay

04 Dec 2019 Summer 2020 Menu

18 Nov 2019 - Pri: 20/12/2020 Flu Immunisation Info

21 Oct 2019 Funtime Zone Information

26 Sep 2019 - Pri: 30/09/2020

Visualise the numbers

**Children need to practise counting in sequences before they can really understand times tables. **

In class your child’s teacher might use Unifix, connecting coloured cubes which help children make patterns, count and solve mathematical problems. You can buy a set of Unifix cubes yourself and get your child to make ‘sticks’ of numbers; for example, if they are learning their 3x table, they will need to make a stick of 3, one of 6, 9, 12 and so on. They can then point at the correct stick as they count up in threes. Seeing the numbers as visual quantities will help to embed the correct sequence in their minds.

As an alternative to mathematical cubes, you can use building blocks (all the same size) or get your child to colour in squares on graph paper.

Print off a hundred number square – basically a 10 by 10 grid with the numbers 1 to 100 on it. If your child is learning the 4x table, get them to count in 4s, colouring each number as they go. This will help them to start memorising the answers in the 4x table. They will also find that a pattern will ‘miraculously’ appear!

Using coloured card, you can **make simple games to help your child learn their times tables**.

For instance, cut some card into 24 identical pieces, and write out all the questions for one times table on 12 of the cards. Then write the answers on the other 12 cards. Spread them out on a table and see if your child can match them all up correctly. Once they are more confident, time them with a stopwatch. See if they can try to beat their own record each time they do it!

**Using a speed grid is a good way to evaluate which times tables your child still needs to learn. **

Download and print a blank 10 x 10 times tables grid of squares from the internet. Now fill the top row with any one-digit numbers and fill the far left-hand column with any one-digit numbers. Explain to your child that they need to fill the whole grid by multiplying each of the numbers in the left-hand column by each of the numbers in the top row. Once they get more confident, try timing them to see if it increases their speed.

We all have a few particular times table questions that we get stuck on. If your child finds a particular equation difficult, for example 7 x 8 = 56, get them to ‘single it out’ by drawing it in bubble writing with marker pens on a big piece of paper. Stick it up in their room so they see it every time they walk in. You could get them to say it in a silly voice every time they see it, which should help them to remember it even better!

Don’t forget to **use correct times table vocabulary when you talk to your child** (they will need to know the right language in the SATs).

First of all, show them a times table number sentence, such as 6 x 4 = 24. Explain that 6 and 4 are **factors** of 24, and that 24 is a **multiple** of 6 and a multiple of 4.

Another good way to demonstrate this is to show the whole 6x table written out and point to all the answers at the end, explaining that all these numbers are multiples of 6. To test your child’s understanding (after they have learnt the times table), give them a tim

es tables worksheet, which requires them to identify the numbers they think are multiples of 6.