s3w5 Tuesday Bellringer exponent practice

1

Which of these is equivalent to 7 x 7 x 7?

7 x 21

3 x 7

1

What is the missing perfect square?
25, 36, 49, _____, 81, 100

50

58

60

64

1

What value of x makes this true statement? 10^3 times 10^? times 10^4 equals 10^10.

3

0

1/4

-3

8.EE.1

1

the following exponential expression
can be written as a multiplication problem like this
What rule of multiplication tells you you can also write it like this?

Distributive property: a number multiplied by the sum of two others, like 2 x (3 + 4), is equivalent to multiplying the number by each of the other two separately and then adding those results - like 2x3+2x4

commutative rule: changing the order of the factors does not change the product

zero property: any number multiplied by zero equals zero

Associative property: how you group factors does not change the product

1

the following exponential expression
can be written as a multiplication problem like this
and then like this
what rule says you can then write it like this?

Associative property: how you group factors does not change the product

Distributive property: a number multiplied by the sum of two others, like 2 x (3 + 4), is equivalent to multiplying the number by each of the other two separately and then adding those results - like 2x3+2x4

commutative rule: changing the order of the factors does not change the product

zero property: any number multiplied by zero equals zero

1

Create a factor tree for the number 11025 (you can use a calculator) and then write the factors of the number as an exponential expression.

s3w5 Tuesday Bellringer exponent practice

Which of these is equivalent to 7 x 7 x 7?

What is the missing perfect square?
25, 36, 49, _____, 81, 100

What value of x makes this true statement? 10^3 times 10^? times 10^4 equals 10^10.

the following exponential expression
can be written as a multiplication problem like this
What rule of multiplication tells you you can also write it like this?

the following exponential expression
can be written as a multiplication problem like this
and then like this
what rule says you can then write it like this?

Create a factor tree for the number 11025 (you can use a calculator) and then write the factors of the number as an exponential expression.

Which of these is equivalent to 7 x 7 x 7?

What is the missing perfect square?
25, 36, 49, _____, 81, 100

What value of x makes this true statement? 10^3 times 10^? times 10^4 equals 10^10.

the following exponential expression
can be written as a multiplication problem like this
What rule of multiplication tells you you can also write it like this?

the following exponential expression
can be written as a multiplication problem like this
and then like this
what rule says you can then write it like this?

s3w5 Tuesday Bellringer exponent practice

Create a factor tree for the number 11025 (you can use a calculator) and then write the factors of the number as an exponential expression.

s3w5 Tuesday Bellringer exponent practice

Which of these is equivalent to 7 x 7 x 7?

What is the missing perfect square?25, 36, 49, _____, 81, 100

What value of x makes this true statement? 10^3 times 10^? times 10^4 equals 10^10.

the following exponential expression can be written as a multiplication problem like thisWhat rule of multiplication tells you you can also write it like this?

the following exponential expression can be written as a multiplication problem like thisand then like thiswhat rule says you can then write it like this?

Create a factor tree for the number 11025 (you can use a calculator) and then write the factors of the number as an exponential expression.

Which of these is equivalent to 7 x 7 x 7?

What is the missing perfect square?25, 36, 49, _____, 81, 100

What value of x makes this true statement? 10^3 times 10^? times 10^4 equals 10^10.

the following exponential expression can be written as a multiplication problem like thisWhat rule of multiplication tells you you can also write it like this?

the following exponential expression can be written as a multiplication problem like thisand then like thiswhat rule says you can then write it like this?

What is the missing perfect square?
25, 36, 49, _____, 81, 100

the following exponential expression
can be written as a multiplication problem like this
What rule of multiplication tells you you can also write it like this?

the following exponential expression
can be written as a multiplication problem like this
and then like this
what rule says you can then write it like this?

What is the missing perfect square?
25, 36, 49, _____, 81, 100

the following exponential expression
can be written as a multiplication problem like this
What rule of multiplication tells you you can also write it like this?

the following exponential expression
can be written as a multiplication problem like this
and then like this
what rule says you can then write it like this?