Two-Step Inequalities HW#2 - Two-Step Inequalities HW #2 Solve each two-step inequality. Then graph

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Text of Two-Step Inequalities HW#2 - Two-Step Inequalities HW #2 Solve each two-step inequality. Then graph

  • Two-Step Inequalities HW #2 Solve each two-step inequality. Then graph and check your solution. Show all work in the space provided below. 1) βˆ’7𝑧 + 15 β‰₯ 57

    2) 8𝑛 + 36 < βˆ’4

    3) βˆ’4π‘₯ βˆ’ 8 < 4

    4) 4π‘Ž + 13 β‰₯ βˆ’11

    Use CUBES to solve the following word problems. Remember to graph & check your solution. 5) Diana agreed to raise at least $2500 for

    charity to enter the Boston Marathon. She already raised $925 by asking people to pledge $25 each. How many more $25 pledges does Diana need?

    6) (Unit 2 Spiral Review) βˆ’7 6 + 𝑑 = 49

    7) (Unit 2 Spiral Review) Mr. Singh had three sheets of stickers. He gave 20 stickers from each sheet to his students and has 12 total stickers left. Write and solve an equation to find how many stickers were originally on each sheet.

    Β  Two-Step Inequalities HW #2 Solve each two-step inequality. Then graph and check your solution. Show all work in the space provided below. 1) βˆ’7𝑧 + 15 β‰₯ 57

    2) 8𝑛 + 36 < βˆ’4

    3) βˆ’4π‘₯ βˆ’ 8 < 4

    4) 4π‘Ž + 13 β‰₯ βˆ’11

    Use CUBES to solve the following word problems. Remember to graph & check your solution. 5) Diana agreed to raise at least $2500 for

    charity to enter the Boston Marathon. She already raised $925 by asking people to pledge $25 each. How many more $25 pledges does Diana need?

    6) (Unit 2 Spiral Review) βˆ’7 6 + 𝑑 = 49

    7) (Unit 2 Spiral Review) Mr. Singh had three sheets of stickers. He gave 20 stickers from each sheet to his students and has 12 total stickers left. Write and solve an equation to find how many stickers were originally on each sheet.

    Β  Β  Two-Step Inequalities HW #2 Solve each two-step inequality. Then graph and check your solution. Show all work in the space provided below. 1) βˆ’7𝑧 + 15 β‰₯ 57

    2) 8𝑛 + 36 < βˆ’4

    3) βˆ’4π‘₯ βˆ’ 8 < 4

    4) 4π‘Ž + 13 β‰₯ βˆ’11

    Use CUBES to solve the following word problems. Remember to graph & check your solution. 5) Diana agreed to raise at least $2500 for

    charity to enter the Boston Marathon. She already raised $925 by asking people to pledge $25 each. How many more $25 pledges does Diana need?

    6) (Unit 2 Spiral Review) βˆ’7 6 + 𝑑 = 49

    7) (Unit 2 Spiral Review) Mr. Singh had three sheets of stickers. He gave 20 stickers from each sheet to his students and has 12 total stickers left. Write and solve an equation to find how many stickers were originally on each sheet.

    Β  Two-Step Inequalities HW #2 Solve each two-step inequality. Then graph and check your solution. Show all work in the space provided below. 1) βˆ’7𝑧 + 15 β‰₯ 57

    2) 8𝑛 + 36 < βˆ’4

    3) βˆ’4π‘₯ βˆ’ 8 < 4

    4) 4π‘Ž + 13 β‰₯ βˆ’11

    Use CUBES to solve the following word problems. Remember to graph & check your solution. 5) Diana agreed to raise at least $2500 for

    charity to enter the Boston Marathon. She already raised $925 by asking people to pledge $25 each. How many more $25 pledges does Diana need?

    6) (Unit 2 Spiral Review) βˆ’7 6 + 𝑑 = 49

    7) (Unit 2 Spiral Review) Mr. Singh had three sheets of stickers. He gave 20 stickers from each sheet to his students and has 12 total stickers left. Write and solve an equation to find how many stickers were originally on each sheet.

    Β  Β  Two-Step Inequalities HW #2 Solve each two-step inequality. Then graph and check your solution. Show all work in the space provided below. 1) βˆ’7𝑧 + 15 β‰₯ 57

    2) 8𝑛 + 36 < βˆ’4

    3) βˆ’4π‘₯ βˆ’ 8 < 4

    4) 4π‘Ž + 13 β‰₯ βˆ’11

    Use CUBES to solve the following word problems. Remember to graph & check your solution. 5) Diana agreed to raise at least $2500 for

    charity to enter the Boston Marathon. She already raised $925 by asking people to pledge $25 each. How many more $25 pledges does Diana need?

    6) (Unit 2 Spiral Review) βˆ’7 6 + 𝑑 = 49

    7) (Unit 2 Spiral Review) Mr. Singh had three sheets of stickers. He gave 20 stickers from each sheet to his students and has 12 total stickers left. Write and solve an equation to find how many stickers were originally on each sheet.

    Β