Numbers and Operations II (Mathematics, Primary 5)

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In this game, players will test their knowledge of counting numbers in tens up to 4000. Players will be presented with a series of nouns, and they must decide whether each noun can be counted in tens (✅) or not (❌).

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YAKILI LMS

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Numbers and Operations II (Mathematics, Primary 5)


Numbers and Operations II (Mathematics, Primary 5)Online version In this game, players will test their knowledge of counting numbers in tens up to 4000. Players will be presented with a series of nouns, and they must decide whether each noun can be counted in tens (✅) or not (❌). by YAKILI LMS 1 You can reach 5000 by adding 10 repeatedly. Yes No 2 You cannot count to 5000 in increments of 3. Yes No 3 The number 3 is a multiple of ten. Yes No 4 The number 25 is part of counting in tens. Yes No 5 You can count to 5000 in increments of 10. Yes No 6 Counting by tens reaches 4000. Yes No 7 3000 is not a number counted in tens. Yes No 8 The number 200 is part of counting in tens. Yes No 9 Counting in fives reaches 4000. Yes No 10 The sequence 10, 20, 30 is counting in tens. Yes No 11 The number 7 is a multiple of ten. Yes No 12 4000 is a number that can be counted in tens. Yes No 13 Counting in tens helps with basic arithmetic. Yes No 14 The number 100 is included in counting by tens. Yes No 15 The number 15 is included in counting by tens. Yes No 16 You can reach 5000 by adding 5 repeatedly. Yes No 17 The sequence 1, 2, 3 is counting in tens. Yes No 18 The number 10 is a multiple of ten. Yes No 19 Counting in tens complicates basic arithmetic. Yes No 20 The number 50 is a multiple of ten. Yes No 21 The number bond of 8 is 10 + -2. Yes No 22 The number bond of 9 can be expressed as 10 + -1. Yes No 23 The number bond of 8 can be shown as 7 + 1. Yes No 24 The number bond of 9 includes 4 + 5. Yes No 25 The number bond of 9 is represented by 2 + 8. Yes No 26 The number bond of 8 includes 1 + 7. Yes No 27 The number bond of 8 includes 2 + 6. Yes No 28 The number bond of 8 can be expressed as 3 + 5. Yes No 29 The number bond of 9 is represented by 3 + 6. Yes No 30 The number bond of 9 can be formed by 2 + 7. Yes No 31 The number bond of 8 includes 5 + 3. Yes No 32 The number bond of 9 can be formed by 0 + 9. Yes No 33 The number bond of 8 can be expressed as 9 + 1. Yes No 34 The number bond of 8 can be shown as 8 + 1. Yes No 35 The number bond of 9 is represented by 6 + 3. Yes No 36 The number bond of 9 can be formed by 1 + 8. Yes No 37 The number bond of 8 includes 4 + 4. Yes No 38 The number bond of 8 can be represented as 0 + 8. Yes No 39 The number bond of 9 can be expressed as 9 + 0. Yes No 40 The number bond of 9 includes 5 + 4. Yes No 41 The highest common factor is also known as the greatest common divisor. Yes No 42 The HCF of two numbers is always one. Yes No 43 The HCF of 9 and 28 is 9. Yes No 44 The HCF of 24 and 36 is 12. Yes No 45 The HCF of 7 and 14 is 1. Yes No 46 The HCF can be used to find the area of a triangle. Yes No 47 The HCF can only be found for prime numbers. Yes No 48 The HCF of two numbers is the largest number that divides both of them. Yes No 49 The HCF can be found using prime factorization. Yes No 50 To find the HCF, you can list the factors of each number. Yes No

Numbers and Operations II (Mathematics, Primary 5)

Yes or No

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Numbers and Operations II (Mathematics, Primary 5)Online version

by YAKILI LMS

You can reach 5000 by adding 10 repeatedly.

You cannot count to 5000 in increments of 3.

The number 3 is a multiple of ten.

The number 25 is part of counting in tens.

You can count to 5000 in increments of 10.

Counting by tens reaches 4000.

3000 is not a number counted in tens.

The number 200 is part of counting in tens.

Counting in fives reaches 4000.

The sequence 10, 20, 30 is counting in tens.

The number 7 is a multiple of ten.

4000 is a number that can be counted in tens.

Counting in tens helps with basic arithmetic.

The number 100 is included in counting by tens.

The number 15 is included in counting by tens.

You can reach 5000 by adding 5 repeatedly.

The sequence 1, 2, 3 is counting in tens.

The number 10 is a multiple of ten.

Counting in tens complicates basic arithmetic.

The number 50 is a multiple of ten.

The number bond of 8 is 10 + -2.

The number bond of 9 can be expressed as 10 + -1.

The number bond of 8 can be shown as 7 + 1.

The number bond of 9 includes 4 + 5.

The number bond of 9 is represented by 2 + 8.

The number bond of 8 includes 1 + 7.

The number bond of 8 includes 2 + 6.

The number bond of 8 can be expressed as 3 + 5.

The number bond of 9 is represented by 3 + 6.

The number bond of 9 can be formed by 2 + 7.

The number bond of 8 includes 5 + 3.

The number bond of 9 can be formed by 0 + 9.

The number bond of 8 can be expressed as 9 + 1.

The number bond of 8 can be shown as 8 + 1.

The number bond of 9 is represented by 6 + 3.

The number bond of 9 can be formed by 1 + 8.

The number bond of 8 includes 4 + 4.

The number bond of 8 can be represented as 0 + 8.

The number bond of 9 can be expressed as 9 + 0.

The number bond of 9 includes 5 + 4.

The highest common factor is also known as the greatest common divisor.

The HCF of two numbers is always one.

The HCF of 9 and 28 is 9.

The HCF of 24 and 36 is 12.

The HCF of 7 and 14 is 1.

The HCF can be used to find the area of a triangle.

The HCF can only be found for prime numbers.

The HCF of two numbers is the largest number that divides both of them.

The HCF can be found using prime factorization.

To find the HCF, you can list the factors of each number.