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Equations with Rational Numbers. Warm Up To create an equation that is equivalent to the original...

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Equations with Rational Numbers
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Page 1: Equations with Rational Numbers. Warm Up To create an equation that is equivalent to the original equation, you must multiply ALL TERMS by the LCM.

Equations with Rational Numbers

Page 2: Equations with Rational Numbers. Warm Up To create an equation that is equivalent to the original equation, you must multiply ALL TERMS by the LCM.

Warm Up

Page 3: Equations with Rational Numbers. Warm Up To create an equation that is equivalent to the original equation, you must multiply ALL TERMS by the LCM.
Page 4: Equations with Rational Numbers. Warm Up To create an equation that is equivalent to the original equation, you must multiply ALL TERMS by the LCM.
Page 5: Equations with Rational Numbers. Warm Up To create an equation that is equivalent to the original equation, you must multiply ALL TERMS by the LCM.

To create an equation that is equivalent to the original equation, you must multiply ALL TERMS by the LCM whether they are

fractions or not.

Page 6: Equations with Rational Numbers. Warm Up To create an equation that is equivalent to the original equation, you must multiply ALL TERMS by the LCM.
Page 7: Equations with Rational Numbers. Warm Up To create an equation that is equivalent to the original equation, you must multiply ALL TERMS by the LCM.
Page 8: Equations with Rational Numbers. Warm Up To create an equation that is equivalent to the original equation, you must multiply ALL TERMS by the LCM.

Javier walks from his house to the zoo at a constant rate. After walking 0.75 mile, he meets his brother, Raul,

and they continue walking at the same constant rate. When they

arrive at the zoo, Javier has walked for 0.5 hour and Raul has walked for 0.2 hour. What is the rate in miles

per hour at which the brothers walked to the zoo?

Page 9: Equations with Rational Numbers. Warm Up To create an equation that is equivalent to the original equation, you must multiply ALL TERMS by the LCM.
Page 10: Equations with Rational Numbers. Warm Up To create an equation that is equivalent to the original equation, you must multiply ALL TERMS by the LCM.
Page 11: Equations with Rational Numbers. Warm Up To create an equation that is equivalent to the original equation, you must multiply ALL TERMS by the LCM.

Logan has two aquariums. One aquarium contains 1.3 cubic feet of

water and the other contains 1.9 cubic feet of water. The water in the larger aquarium weighs 37.44 pounds more

than the water in the smaller aquarium. Write an equation with a

variable on both sides to represent the situation. Then find the weight of 1

cubic foot of water.

Page 12: Equations with Rational Numbers. Warm Up To create an equation that is equivalent to the original equation, you must multiply ALL TERMS by the LCM.
Page 13: Equations with Rational Numbers. Warm Up To create an equation that is equivalent to the original equation, you must multiply ALL TERMS by the LCM.
Page 14: Equations with Rational Numbers. Warm Up To create an equation that is equivalent to the original equation, you must multiply ALL TERMS by the LCM.

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