How do you solve #v^2/25-1=11#? Algebra Quadratic Equations and Functions Comparing Methods for Solving Quadratics 1 Answer smendyka Oct 30, 2016 #v# is approximately #+-17.32# or #+-sqrt(300)# Explanation: To solve for #v# perform the following operations to keep the equation balanced while isolating #v#: #v^2/25 - 1 + 1 = 11 + 1# #v^2/25 = 12# #(v^2/25)25 = 12 * 25# #V^2 = 300# #sqrt(V^2) = +-sqrt(300)# #v = +-17.32# Answer link Related questions What are the different methods for solving quadratic equations? What would be the best method to solve #-3x^2+12x+1=0#? How do you solve #-4x^2+4x=9#? What are the two numbers if the product of two consecutive integers is 72? Which method do you use to solve the quadratic equation #81x^2+1=0#? How do you solve #-4x^2+4000x=0#? How do you solve for x in #x^2-6x+4=0#? How do you solve #x^2-6x-16=0# by factoring? How do you solve by factoring and using the principle of zero products #x^2 + 7x + 6 = 0#? How do you solve #x^2=2x#? See all questions in Comparing Methods for Solving Quadratics Impact of this question 1319 views around the world You can reuse this answer Creative Commons License