Term 3, Week 8

CLIC Targets:

Counting: Squiggleworth (all numbers).
Learn its: X7, X8, X9
It’s Nothing New: Jigsaw numbers – missing pieces to 100, 1000, 10 (with decimals).
Calculation: Division – Any 2digit past X10 divided by 1digit with and without remainders (i.e. 55 divided by 5, 67 divided by 5)

Term 3, Week 7

CLIC Targets:

Counting: Counting along – even when there are NO number lines (including negative numbers).
Learn its: X7, X8, X9
It’s Nothing New: Doubling and halfling – Doubling 3digit hundreds, halving odd numbers into decimals (3, 5, 7, 9).
Calculation: Multiplication (any 2digit X 2 digit number) using partition and moving towards Brain Only.

Term 3, Week 5

On Monday we:

made soup, Leo the therapy do came in he was quite cute, we did maths and we have our singing teacher in too.

On Tuesday we:

We did spelling , we went outside to play games and we did some rugby too, we had hip hop dancing .

On Wednesday we:

Had kick boxing with Steve ,we did clic ,we did healthy eating workshop , writing and some art therapy.

On Thursday we:

Our maps, free play, outside , French and a hole school karaoke in the hall.

On Friday we:

We want to assembly ,maps , rainbow time and also our big maths and rainbow time.

BY lexi and imogen

Term 3, Week 3

Pupil of the Week: Imogen – well done Imogen!

CLIC Targets:

Counting: CORE Numbers (Ordering 1dp and 2dp numbers)
Learn its: 2x 3x 4x tables (challenges continue to be available on Sumdog and can be done as homework.
It’s Nothing New: Adding tenths and adding hundredths.
Calculation: Speedy Col. Column multiplication using 2, 3, 4 times table skills for all.

Term 3, Week 2

Pupil of the Week: Lelynd!
Star Writer: Emmanualla!
Challenger of the Week: Odafe!
Well Done to you all!!
CLIC Targets:
Counting: Counting on number lines with no numbers.
Learn its:  2x 3x 4x tables (challenges continue to be available on Sumdog and can be done as homework.
It’s Nothing New: Where’s Mully? Past ten lots and using Smile Multiplication.
Calculation: Speedy Col – Division (2d by 1d using any times table).