How do you solve #8p-2p+3=10p-6#? Algebra Linear Equations Equations with Variables on Both Sides 1 Answer Shwetank Mauria Aug 6, 2016 #p=9/4# Explanation: To solve a linear equation like #16-2.4d=-8#, we should all constant terms to one side and variable term to other side. Thus #8p-2p+3=10p-6# or #8p-2pul(-10p-3)+3=10pul(-10p-3)-6# or #8p-2p-10p-cancel3+cancel3=cancel(10p)-cancel(10p)-3-6# or #8p-2p-10p=-3-6# or #(8-2-10)p=-9# or #-4p=-9# i.e. #p=(-9)/(-4)=9/4# Answer link Related questions How do you check solutions to equations with variables on both sides? How do you solve #125+20w-20w=43+37w-20w#? How do you solve for x in #3(x-1) = 2 (x+3)#? Is there a way to solve for x without using distribution in #4(x-1) = 2 (x+3)#? How do you solve for t in #2/7(t+2/3)=1/5(t-2/3)#? How do you solve #5n + 34 = −2(1 − 7n)#? How do you simplify first and then solve #−(1 + 7x) − 6(−7 − x) = 36#? Why is the solution to this equation #-15y + 7y + 1 = 3 - 8y#, "no solution"? How do you solve for variable w in the equation #v=lwh#? How do you solve #y-y_1=m(x-x_1)# for m? See all questions in Equations with Variables on Both Sides Impact of this question 1672 views around the world You can reuse this answer Creative Commons License