Enter a problem...
Pre-Algebra Examples
(3a+2b)(3a-2b)(3a+2b)(3a−2b)
Step 1
Step 1.1
Apply the distributive property.
3a(3a-2b)+2b(3a-2b)3a(3a−2b)+2b(3a−2b)
Step 1.2
Apply the distributive property.
3a(3a)+3a(-2b)+2b(3a-2b)3a(3a)+3a(−2b)+2b(3a−2b)
Step 1.3
Apply the distributive property.
3a(3a)+3a(-2b)+2b(3a)+2b(-2b)3a(3a)+3a(−2b)+2b(3a)+2b(−2b)
3a(3a)+3a(-2b)+2b(3a)+2b(-2b)3a(3a)+3a(−2b)+2b(3a)+2b(−2b)
Step 2
Step 2.1
Combine the opposite terms in 3a(3a)+3a(-2b)+2b(3a)+2b(-2b)3a(3a)+3a(−2b)+2b(3a)+2b(−2b).
Step 2.1.1
Reorder the factors in the terms 3a(-2b)3a(−2b) and 2b(3a)2b(3a).
3a(3a)-2⋅3ab+2⋅3ab+2b(-2b)3a(3a)−2⋅3ab+2⋅3ab+2b(−2b)
Step 2.1.2
Add -2⋅3ab−2⋅3ab and 2⋅3ab2⋅3ab.
3a(3a)+0+2b(-2b)3a(3a)+0+2b(−2b)
Step 2.1.3
Add 3a(3a)3a(3a) and 00.
3a(3a)+2b(-2b)3a(3a)+2b(−2b)
3a(3a)+2b(-2b)3a(3a)+2b(−2b)
Step 2.2
Simplify each term.
Step 2.2.1
Rewrite using the commutative property of multiplication.
3⋅3a⋅a+2b(-2b)3⋅3a⋅a+2b(−2b)
Step 2.2.2
Multiply aa by aa by adding the exponents.
Step 2.2.2.1
Move aa.
3⋅3(a⋅a)+2b(-2b)3⋅3(a⋅a)+2b(−2b)
Step 2.2.2.2
Multiply aa by aa.
3⋅3a2+2b(-2b)3⋅3a2+2b(−2b)
3⋅3a2+2b(-2b)3⋅3a2+2b(−2b)
Step 2.2.3
Multiply 33 by 33.
9a2+2b(-2b)9a2+2b(−2b)
Step 2.2.4
Rewrite using the commutative property of multiplication.
9a2+2⋅-2b⋅b9a2+2⋅−2b⋅b
Step 2.2.5
Multiply bb by bb by adding the exponents.
Step 2.2.5.1
Move bb.
9a2+2⋅-2(b⋅b)9a2+2⋅−2(b⋅b)
Step 2.2.5.2
Multiply bb by bb.
9a2+2⋅-2b29a2+2⋅−2b2
9a2+2⋅-2b29a2+2⋅−2b2
Step 2.2.6
Multiply 22 by -2−2.
9a2-4b29a2−4b2
9a2-4b29a2−4b2
9a2-4b29a2−4b2