Chapter 3

Determine which of the following whole numbers are prime and which are composite. 51

Determine the value of each of the following. $$8(10)+4(2+3)-(20+3 \cdot 15+40-5)$$

Write the expressions using exponential notation. 15 $$4 \cdot 4$$

Find the prime factorization of each whole number. If the number is prime, write "prime." 18

Determine the value of each power and root. \(\sqrt[3]{64}\)

Find the least common multiple of the numbers. 8 and 12

Find the greatest common factor (GCF) of the numbers. 99 and 135

Determine the value of each of the following. \(5 \cdot 8+4^{2}-2^{2}\)

Write the expressions using exponential notation. $$12 \cdot 12$$

Find the prime factorization of each whole number. If the number is prime, write "prime." 68

Determine the value of each power and root. \(\sqrt[4]{16}\)

Find the least common multiple of the numbers. 6 and 15

Find the greatest common factor (GCF) of the numbers. 65 and 15

Determine the value of each of the following. \(4\left(6^{2}-3^{3}\right) \div\left(4^{2}-4\right)\)

Write the expressions using exponential notation. $$9 \cdot 9 \cdot 9 \cdot 9$$

Find the prime factorization of each whole number. If the number is prime, write "prime." 142

Determine the value of each power and root. \(\sqrt{0}\)

Find the least common multiple of the numbers. 8 and 10

Find the greatest common factor (GCF) of the numbers. 33 and 77

Determine the value of each of the following. $$(8+9 \cdot 3) \div 7+5 \cdot(8 \div 4+7+3 \cdot 5) $$

Write the expressions using exponential notation. $$10 \cdot 10 \cdot 10 \cdot 10 \cdot 10 \cdot 10$$

Find the prime factorization of each whole number. If the number is prime, write "prime." 151

Determine the value of each power and root. \(\sqrt[3]{1}\)

Find the least common multiple of the numbers. 10 and 14

Find the greatest common factor (GCF) of the numbers. 245 and 80

Determine the value of each of the following. \(\frac{3^{3}+2^{3}}{6^{2}-29}+5\left(\frac{8^{2}+2^{4}}{7^{2}-3^{2}}\right) \div \frac{8 \cdot 3+1^{8}}{2^{3}-3}\)

Write the expressions using exponential notation. $$826 \cdot 826 \cdot 826$$

Find the prime factorization of each whole number. If the number is prime, write "prime." 468

Determine the value of each power and root. \(\sqrt[3]{216}\)

Find the least common multiple of the numbers. 4 and 6

Find the greatest common factor (GCF) of the numbers. 351 and 165

Use a calculator to find each value. \(9,285+86(49)\)

Write the expressions using exponential notation. $$3,021 \cdot 3,021 \cdot 3,021 \cdot 3,021 \cdot 3,021$$

Find the greatest common factor. 200 and 36

Determine the value of each power and root. \(\sqrt{144}\)

Find the least common multiple of the numbers. 6 and 12

Find the greatest common factor (GCF) of the numbers. \(60,140,\) and 100

Find the prime factorization of each whole number. 1,617

Use a calculator to find each value. $$55(84-26)+120(512-488) $$

Write the expressions using exponential notation. \(\underbrace{6 \cdot 6 \cdots \cdots 6}_{85 \text { factors of } 6}\)

Find the greatest common factor. 900 and 135

Determine the value of each power and root. \(\sqrt{196}\)

Find the least common multiple of the numbers. 9 and 18

Find the greatest common factor (GCF) of the numbers. \(147,343,\) and 231

Find the prime factorization of each whole number. 17

Use a calculator to find each value. $$106^{3}-17^{4}$$

Write the expressions using exponential notation. \(\underbrace{2 \cdot 2 \cdots \cdots 2}_{112 \text { factors of } 2}\)

Write all the factors of 36 .

Determine the value of each power and root. \(\sqrt{1}\)

Find the least common multiple of the numbers. 6 and 8