Solve 2 × x = 10. Check in the original equation.
Divide by 2 on both sides. Then x = 5; substitution gives 10 on each side.
I can solve px = q using division.
Divide both sides by the nonzero coefficient p. Keep the equation balanced. Check by multiplying the proposed solution by p.
Solve 2 × x = 10. Check in the original equation.
Divide by 2 on both sides. Then x = 5; substitution gives 10 on each side.
Solve 7/2 × x = 21/4. Check in the original equation.
Divide by 7/2 on both sides. Then x = 3/2; substitution gives 21/4 on each side.
Work in order. Start with the foundations, then build toward explanation and application.
Solve 4 × x = 28. Check in the original equation.
Solve 6 × x = 24. Check in the original equation.
Solve 3 × x = 9. Check in the original equation.
Solve 4 × x = 12. Check in the original equation.
Solve 2 × x = 4. Check in the original equation.
Solve 6 × x = 15. Check in the original equation.
Solve 3/2 × x = 3/2. Check in the original equation.
Solve 3 × x = 3. Check in the original equation.
Solve 3/2 × x = 15/4. Check in the original equation.
Solve 1 × x = 2. Check in the original equation.
Divide by 4 on both sides. Then x = 7; substitution gives 28 on each side.
Divide by 6 on both sides. Then x = 4; substitution gives 24 on each side.
Divide by 3 on both sides. Then x = 3; substitution gives 9 on each side.
Divide by 4 on both sides. Then x = 3; substitution gives 12 on each side.
Divide by 2 on both sides. Then x = 2; substitution gives 4 on each side.
Divide by 6 on both sides. Then x = 5/2; substitution gives 15 on each side.
Divide by 3/2 on both sides. Then x = 1; substitution gives 3/2 on each side.
Divide by 3 on both sides. Then x = 1; substitution gives 3 on each side.
Divide by 3/2 on both sides. Then x = 5/2; substitution gives 15/4 on each side.
Divide by 1 on both sides. Then x = 2; substitution gives 2 on each side.