Category Archives: Big Maths Weekly Targets

CLIC Targets: Week of 20/01/20

C– Counting: Squiggleworth (Step 4)I can partition a 3dp number.

 L– Learn Its: (Steps 4 & 5): x4 times tables  Use the link below to challenge yourself to Hit the QUESTION!!!!!

https://www.topmarks.co.uk/maths-games/hit-the-button

I– It’s Nothing New: x10 & ÷10 (Steps 4): I can multiply decimals by 100; I can divide decimals by 100.

 C– Calculations:  Multiplication (Step 15): I can solve 1d x 3d.

-Miss Lakusta

CLIC TARGETS: Week of 13/01/20

C– Counting: Reading Numbers (Steps 10 & 11)I can read 9, 8, 7 digit numbers.

 L– Learn Its: (Steps 4 & 5): x4 times tables  Use the link below to challenge yourself to Hit the QUESTION!!!!!

https://www.topmarks.co.uk/maths-games/hit-the-button

I– It’s Nothing New: Coin Multiplication  (Step 5)I know when to add 3 multiples together.

 C– Calculations:  Subtraction (Steps 32 & 33): I can solve 3d-3d; I can solve 3d-3d as money.

-Miss Lakusta

CLIC TARGETS: Week of 06/01/20

C– Counting: CORE Numbers (Steps 7)I can understand 2dp numbers

 L– Learn Its: (Steps 4 & 5): x3 times tables  Use the link below to challenge yourself to Hit the QUESTION!!!!!

https://www.topmarks.co.uk/maths-games/hit-the-button

I– It’s Nothing New: Smile Multiplication  (Step 5)I can do Smile Multiplication for hundredths.

 C– Calculations:  Addition (Steps 34 & 35): I can solve 1d.1dp + 1d.1dp (e.g. 3.4 + 2.5 = ?); I can solve any 1d.1dp + 1d.1dp.

-Miss Lakusta

CLIC Targets: Week of 16/12/19

C– Counting: CORE Numbers (Steps 7)I can understand 2dp numbers

 L– Learn Its: (Steps 4 & 5): x3 times tables  Use the link below to challenge yourself to Hit the QUESTION!!!!!

https://www.topmarks.co.uk/maths-games/hit-the-button

I– It’s Nothing New: Adding with PIM  (Step 5)I can add I can add hundredths

 C– Calculations:  Subtraction (Step 29, 30 & 31): I can take 100 from any 3d numbers; I can solve 3d – 2d; I can solve 4d – 2d

-Miss Lakusta

CLIC Targets: 25/11/19

C– Counting: Counting Along (Step 4): I can even count along when there are no lines.

 L– Learn Its: (Steps 4 & 5): x5 times tables  Use the link below to challenge yourself to Hit the QUESTION!!!!!

https://www.topmarks.co.uk/maths-games/hit-the-button

I– It’s Nothing New: Where’s Mully (Step 4)I can find Mully using Smile Multiplication and Tables Facts.

  • Using the question: He’s hiding behind the biggest multiple of __ without going past __. So.. Where’s Mully?

 C– Calculations:  Division (Step 22): 

  • I can combine 2 or more tables facts to solve division.

-Miss Lakusta

CLIC TARGETS: 18/11/19

C– Counting: Count Fourways (Steps 7)-1’s (e.g. -32, -33, -34)

 L– Learn Its: (Steps 4 & 5): x3 times tables  Use the link below to challenge yourself to Hit the QUESTION!!!!!

https://www.topmarks.co.uk/maths-games/hit-the-button

I– It’s Nothing New: x10 & ÷10  (Steps 3):

  • I can multiply decimals by 10
  • I can divide decimals by 10

Coin Multiplication (Step 4): I know when to add 2  multiples together.

 C– Calculations:  Multiplication (Step 14): 6, 7, 8, 9 times table; I can solve any 1d x 2d.

-Miss Lakusta

CLIC Targets 11.11.2019

C– Counting: CORE Numbers (Steps 7): I can understand 2dp numbers

 L– Learn Its: (Steps 4 & 5): x3 times tables  Use the link below to challenge yourself to Hit the QUESTION!!!!!

https://www.topmarks.co.uk/maths-games/hit-the-button

I– It’s Nothing New: Adding with PIM  (Step 5): I can add I can add hundredths

 C– Calculations:  Subtraction (Step 29, 30 & 31): I can take 100 from any 3d numbers; I can solve 3d – 2d; I can solve 4d – 2d

 

 

CLIC Targets wb 30.9.19

C– Counting: Reading Numbers (Steps 7, 8, 9): I can read 6, 5, 4 digit numbers

 L– Learn Its: (Steps 4 & 5): Adding 2 to numbers from 1-20 at speed (Revision of 5x tables) Use the link below to challenge yourself to Hit the QUESTION!!!!! And practise 5x to gold level!!

https://www.topmarks.co.uk/maths-games/hit-the-button

I– It’s Nothing New: Smile Multiplication  (Steps 3): I can write Smile Multiplication Fact Families. 

 C– Calculations:  Addition (Step 30 & 31): I can solve any 3d + 3d as money