Expanded and Factored Form

Write an equivalent expression in expanded form: 20c

• 4 ⋅ 5

• 19 + 1 ⋅ c

• 80 ÷ 2 × c

• 2 ⋅ 2 ⋅ 5 ⋅ c

Write an equivalent expression in expanded form: 10tw

• 1 + 9 ⋅ t ⋅ w

• 2t + 8w

• 15t - 5w

• 2 ⋅ 5 ⋅ t ⋅ w

Apply the distributive property to write an equivalent expression in factored form: 8t + 4

• 4(2t + 4)

• 4(2t + 1)

• 8(8t + 2)

• 4(8t + 4)

Apply the distributive property to write an equivalent expression in factored form: 45x + 27y

• 9(5x + 3y)

• 9(5x + y)

• 9(x + 2y)

• 9(4x + 5y)

Apply the distributive property to write an equivalent expression in factored form: 5h + 2h

• h(5 + 2h)

• h(2 + 5)

• h(5h + 2h)

• 2(5h + 1h)

Apply the distributive property to write an equivalent expression in factored form: 12s + 18r

• 2(9s + 6r)

• 6(2s + 3r)

• 3(6s + 4r)

• 6(3s + 2r)

Use the distributive property to write the following expression in expanded form: 8(2c + 5)

• 16c + 40

• 10c + 13

• 16 + 40c

• 56c

Use the distributive property to write the following expressions in expanded form: 6(x + 3y)

• 6 + 18y

• 6x + 18

• 24xy

• 6x + 18y

Use the distributive property to write the following expressions in expanded form: a(4b + 2c)

• 4abc + 2abc

• 6abc

• 4ab + 2ac

• 4ac + 2ab

Use the distributive property to write the following expressions in expanded form: e(f + g)

• ef + g

• f + g

• f + eg

• ef + eg