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21) Explain two ways you could solve 20 = 5(−3 + x) (1) Divide by 5 first, or (2) Distribute the 5 first.-2-Create your own worksheets like this one with Infinite Algebra 2. Free trial available at KutaSoftware.com
Multi-Step Equations Date_____ Period____ Solve each equation. 1) 6 a + 5a = −11 {−1} 2) −6n − 2n = 16 {−2} 3) 4x + 6 + 3 = 17 {2} 4) 0 = −5n − 2n {0} 5) 6r − 1 + 6r = 11 {1} 6) r + 11 + 8r = 29 {2} 7) −10 = −14 v + 14 v No solution. 8) −10 p + 9p = 12 {−12} 9) 42 = 8m + 13 m {2} 10) a − 2 + 3 = −2 {−3} 11) 18 = 3 ...
Multi-Step Equations. Solve each equation. 1) −20 = −4 x − 6 x. {2} 3) 8 x − 2 = −9 + 7 x. {−7} 5) 4 m − 4 = 4 m. No solution. 7) 5 p − 14 = 8 p + 4. {−6} 9) −8 = −( x + 4)
Write and solve multi-step linear equations. Success Criteria. • I can apply more than one property of equality to produce equivalent equations. • I can solve multi-step linear equations using inverse operations. • I can write multi-step linear equations that model real-life situations. EXPLORE IT. Solving a Real-Life Problem. Work with a partner.
To solve a multi-step equation: Perform any distributive property shown in the equation. Combine any like terms in the equation (do not cross the = sign) Now you should see a two step equation remaining, please follow the steps for solving two step equations. EXAMPLES. 1) Distribute Subtract 10 on both sides . Divide by 2 on both sides .
In this section you will learn to solve equations that require more than two steps. These equations are called multi-step equations. The process for solving multi-step equations is described below and on the next slide. (continued on next slide)
Equations Worksheet. Directions: Solve each equation for the variable. SHOW YOUR WORK FOR CREDIT! 1. 2x + 3 = 11. 4. 7 – 2x = 13. 7. 5x – 4 = 21. 10. 22 = 3x – 5. 2. 2x – 2 = 0. 5. -16 = 4x – 12.