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Akwankyerɛ

This formative checks how well you use parentheses, brackets, and braces to evaluate numerical expressions (order of operations). Take your time and show careful steps in your thinking.

Ɛhia

1

Evaluate: $8 + (12 \div 3)$

$14$

$20$

$4$

$12$

5.OA.1

Ɛhia

1

Evaluate: $[30 - 6] \div 3$

5.OA.1

Ɛhia

1

True or False: $18 - (6 + 3) = 9$

Nokorɛ

Ɛnyɛ ampa

5.OA.1

Ɛhia

1

Match each expression to its value.

Draggable item		Corresponding Item
$7 + (9 \div 3)$		$12$
$[18 - 6] \div 2$		$4$
$4 \times (5 - 2)$		$6$
$20 \div (3 + 2)$		$10$

5.OA.1

Ɛhia

1

Evaluate: $3 \times [16 - (10 - 4)]$

$42$

$18$

$30$

$6$

5.OA.1

Ɛhia

1

Select both expressions that equal $15$.

$30 \div (4 + 2)$

$18 - (6 \div 3)$

$3 \times (8 - 3)$

$5 + (12 \div 3)$

5.OA.1

Ɛhia

1

Put the steps in order to evaluate: ${24 - [6 \times (5 - 3)]} \div 2$

Multiply $6$ by the result.
Divide the result by $2$.
Subtract that product from $24$.
Evaluate $(5 - 3)$.

5.OA.1

Ɛhia

1

Evaluate: $45 \div (9 - 4)$

5.OA.1

Ɛhia

1

Which expression has the same value as $24 \div 3 + 4$?

$(24 \div 3) + 4$

$24 \div 3 \times 4$

$24 \div (3 + 4)$

$24 \div (3 - 4)$

5.OA.1

Ɛhia

1

Evaluate each expression. Then drag it into the correct category.

$5 \times (4 - 1)$
$18 \div (9 - 3)$
$[30 - 10] \div 1$
$4 \times {12 - [8 + -?]}$
$6 \times [7 - (2 + 1)]$
$50 - [6 \times (4 + 1)]$

Less than $20$
Equal to $20$
Greater than $20$

5.OA.1

Ɛhia

1

For each expression, select its value.

5.OA.1

Ɛhia

1

Which expression equals $26$?

$2 \times [18 - (5 + 0)]$

$32 - [12 \div (3 + 1)]$

$40 - {6 \times (4 - 1)}$

$5 \times [7 - (3 + 1)]$

5.OA.1

Ɛhia

1

Select all expressions that have the same value as $24 - (8 + 4)$.

$24 - 8 + 4$

$24 - [8 + 4]$

$(24 - 8) - 4$

$24 - (4 + 8)$

5.OA.1

Ɛhia

1

Find $x$: $3 \times (x + 2) = 21$

5.OA.1

Ɛhia

1

Write one expression using $( )$, $[ ]$, and ${ }$ that equals $30$.

5.OA.1

	$6$	$11$	$12$
$4 \times (9 - 6)$
$[28 - 10] \div 3$
$7 + (16 \div 4)$

	$6$	$11$	$12$
$4 \times (9 - 6)$
$[28 - 10] \div 3$
$7 + (16 \div 4)$

MONDAY 4/27

MONDAY 4/27

Evaluate: $8 + (12 \div 3)$

Evaluate: $[30 - 6] \div 3$

True or False: $18 - (6 + 3) = 9$

Match each expression to its value.

Evaluate: $3 \times [16 - (10 - 4)]$

Select both expressions that equal $15$.

Put the steps in order to evaluate: ${24 - [6 \times (5 - 3)]} \div 2$

Evaluate: $45 \div (9 - 4)$

Which expression has the same value as $24 \div 3 + 4$?

Evaluate each expression. Then drag it into the correct category.

For each expression, select its value.

Which expression equals $26$?

Select all expressions that have the same value as $24 - (8 + 4)$.

Find $x$: $3 \times (x + 2) = 21$

Write one expression using $( )$, $[ ]$, and ${ }$ that equals $30$.

Evaluate: $8 + (12 \div 3)$

Evaluate: $[30 - 6] \div 3$

True or False: $18 - (6 + 3) = 9$

Match each expression to its value.

Evaluate: $3 \times [16 - (10 - 4)]$

Select both expressions that equal $15$.

Put the steps in order to evaluate: ${24 - [6 \times (5 - 3)]} \div 2$

Evaluate: $45 \div (9 - 4)$

Which expression has the same value as $24 \div 3 + 4$?

Evaluate each expression. Then drag it into the correct category.

For each expression, select its value.

Which expression equals $26$?

Select all expressions that have the same value as $24 - (8 + 4)$.

Find $x$: $3 \times (x + 2) = 21$

Write one expression using $( )$, $[ ]$, and ${ }$ that equals $30$.