Give the place value of each digit in \(305\text{,}964\).

Give the place value of each digit in \(73\text{,}890\text{,}672\text{,}540\)

Write \(5,478\) in expanded form.

Write \(56,094\) in expanded form.

Write \(10,000+7,000+500+60+9\) in condensed (standard) form.

Write \(5,000,000+70,000+600+3\) in condensed (standard) form.

Write each number in words.

1. \(452\)

2. \(397\)

3. \(608\)

Write each number in words.

1. \(3,561\)

2. \(53,662\)

3. \(547,801\)

Write each number in words

1. \(507,034,005\)

2. \(739,600,075\)

3. \(5,003,007,006\)

Write five thousand, six hundred forty two, in digits.

Write each number with digits instead of words.

1. Three million, fifty-one thousand, seven hundred

2. Two billion, five

3. Seven million, seven hundred seven

Add: \(43+52\)

Add: \(165+801\)

Add \(197+213+324\)

Add: \(46,789+2,490+864\)

Use the commutative property to rewrite each sum.

1. \(4+6\)

2. \(5+9\)

3. \(3+0\)

4. \(7+n\)

Use the associative property to rewrite each sum.

1. \((5+6)+7\)

2. \((3+9)+1\)

3. \(6+(8+2)\)

4. \(4+(9+n)\)

Add: \(9+3+2+7+1\)

Find the solution to each equation by inspection.

1. \(n+5=9\)

2. \(n+6=12\)

3. \(4+n=5\)

4. \(13=n+8\)

Find the perimeter of each geometric figure.

Subtract: \(376-241\)

Subtract \(503\) from \(7,835\)

Subtract: \(92-45\)

Find the difference of \(549\) and \(187\)

Jo Ann has \(\$742\) in her checking account. If she writes a check for \(\$615\) to pay the rent, how much is left in her checking account?

Find the solution to each equation by inspection.

1. \(n-3=7\)

2. \(n-4=9\)

3. \(12-n=5\)

4. \(7=18-n\)

Round \(5,382\) to the nearest hundred.

Round \(94\) to the nearest ten.

Round \(973\) to the nearest hundred.

Round \(47,256,344\) to the nearest million.

Estimate the answer to the following problem by rounding each number to the nearest thousand.

\[\begin{aligned} 4,872 &\\ 1,691 &\\ 777 &\\ \underline{+6,124}\end{aligned}\]

Estimate the answer to the following subtraction problem by rounding each number to the nearest hundred. \[5,423-1,856\]

Multiply \(4\cdot 400\) using repeated addition.

Identify the products and factors: \(9\cdot 8=72\)

Identify the products and factors: \(30=2\cdot 3\cdot 5\)

Use the distributive property to rewrite each expression, then simplify.

1. \(2(5+6)\)

2. \(3(x+2)\)

Use the commutative property of multiplication to rewrite each of the following products.

1. \(7 \cdot 9\)

2. \(4(6)\)

Use the associative property of multiplication to rewrite each of the following products.

1. \((2 \cdot 7)\cdot 9\)

2. \(3 \cdot (8 \cdot 2)\)

Multiply: \(9(43)\)

Multiply: \(52(37)\)

Multiply: \(279(428)\)

A supermarket orders \(35\) cases of a certain soft drink. If each case contains \(12\) cans of the drink, how many cans were ordered?

Find the solution to each of the following equations:

1. \(6 \cdot n =24\)

2. \(4\cdot n =36\)

3. \(15=3\cdot n\)

4. \(21=3\cdot n\)

Divide \(595 \div 7\)

Divide \(9,380 \div 35\)

Divide \(1,872 \div 18\)

A family has an annual income of \(\$35,880\). How much is their average monthly income?

Divide \(1,690 \div 67\)

Name the base and the exponent:

1. \(3^2\)

2. \(3^3\)

3. \(2^4\)

Expand and multiply:

1. \(3^2\)

2. \(4^2\)

3. \(3^3\)

4. \(2^4\)

Simplify:

1. \(5^1\)

2. \(9^1\)

3. \(4^0\)

4. \(8^0\)

Simplify: \(4\cdot 8-2\cdot 6\)

Simplify: \(5+2(7-1)\)

Simplify: \(9\cdot 2^3+36\div 3^2-8\)

Simplify: \(3+2[10-3(5-2)]\)