How do you solve #(x+2)^2-(x-2)^2=(x-1)^2-(x-3)^2#? Algebra Polynomials and Factoring Zero Product Principle 1 Answer Shwetank Mauria Jun 5, 2017 #x=-2# Explanation: #(x+2)^2-(x-2)^2=(x-1)^2-(x-3)^2# #hArr(x+2+x-2)(x+2-x+2)=(x-1+x-3)(x-1-x+3)# or #(x+cancel2+x-cancel2)(cancelx+2-cancelx+2)=(x-1+x-3)(cancelx-1-cancelx+3)# or #2x xx 4=(2x-4)xx2# or #8x=4x-8# or #8x-4x=-8# or #4x=-8# or #x=-2# Answer link Related questions What is the Zero Product Principle? How to use the zero product principle to find the value of x? How do you solve the polynomial #10x^3-5x^2=0#? Can you apply the zero product property in the problem #(x+6)+(3x-1)=0#? How do you solve the polynomial #24x^2-4x=0#? How do you use the zero product property to solve #(x-5)(2x+7)(3x-4)=0#? How do you factor and solve #b^2-\frac{5}{3b}=0#? Why does the zero product property work? How do you solve #(x - 12)(5x - 13) = 0#? How do you solve #(2u+7)(3u-1)=0#? See all questions in Zero Product Principle Impact of this question 1361 views around the world You can reuse this answer Creative Commons License