Evaluate each expression. See Example 4. -2 • 3⁴

Evaluate each expression for p = -4, q = 8, and r = -10. See Example 6. 3p - 2r

Evaluate each expression for p = -4, q = 8, and r = -10. See Example 6. -p² - 7q + r

Find each product or quotient where possible. See Example 2. 2𝝅/( 2⁄3) (Leave 𝝅 in the answer.)

Find each product or quotient where possible. See Example 2. -10⁄17 ÷ ( -12⁄5 )

Evaluate each expression for p = -4, q = 8, and r = -10. See Example 6. (q + r)/ (q + p)

Evaluate each expression. See Example 5. 5 - 7 • 3 - (-2)³

Find each product or quotient where possible. See Example 2. 0/(-8)

Rewrite each expression using the distributive property and simplify, if possible. See Example 7. 5k + 3k

Evaluate each expression for p = -4, q = 8, and r = -10. See Example 6. (-(p + 2)² - 3r)/(2 - q)

Evaluate each expression. See Example 4. -2⁴

Rewrite each expression using the distributive property and simplify, if possible. See Example 7. -(2d - f)

Rewrite each expression using the distributive property and simplify, if possible. See Example 7. a + 7a

Identify the property illustrated in each statement. Assume all variables represent real numbers. (t - 6) • ( 1/(t-6)) = 1, if t - 6 ≠ 0

Identify the property illustrated in each statement. Assume all variables represent real numbers. (5x) • (1/5x) = 5 ( x • 1/x )

Evaluate each expression. See Example 4. (-3)⁵

Evaluate each expression. See Example 5. -4(9 - 8) + (-7) (2)³

Evaluate each expression. See Example 5. 12 + 3 • 4

Identify the property illustrated in each statement. Assume all variables represent real numbers. 6 • 12 + 6 • 15 = 6(12 + 15)

Simplify each expression. See Example 8. 0.25(8 + 4p) - 0.5(6 + 2p)

Rewrite each expression using the distributive property and simplify, if possible. See Example 7. 2(m + p)

Evaluate each expression. See Example 5. 6 • 3 - 12 ÷ 4

Rewrite each expression using the distributive property and simplify, if possible. See Example 7. x + x

Find each product or quotient where possible. See Example 2. 5/0

Evaluate each expression. See Example 5. 18 - 4² + 5 - (3 - 7)

Evaluate each expression for p = -4, q = 8, and r = -10. See Example 6. 5r/(2p - 3r)

Rewrite each expression using the distributive property and simplify, if possible. See Example 7. 7r - 9r

Identify the property illustrated in each statement. Assume all variables represent real numbers. 5(t + 3) = (t + 3) • 5

Rewrite each expression using the distributive property and simplify, if possible. See Example 7. 2 (x - 3y + 2z)

Find each product or quotient where possible. See Example 2. (-4⁄5) / (-3⁄5)