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Last updated at September 18, 2025 by Teachoo
Transcript
Question (a) - Figure it out (Page 172) Find equivalent fractions for the given pairs of fractions such that the fractional units are the same. (a) 7/2 and 3/5Basically, we need to make denominator same To do this, we multiply both denominators 2 Γ 5 = 10 So, our fractions become π/π=π/π Γπ/π =ππ/ππ π/π=π/π Γπ/π =π/ππ Thus, our equivalent fractions are ππ/ππ and π/ππ Question (b) - Figure it out (Page 172) Find equivalent fractions for the given pairs of fractions such that the fractional units are the same. (b) 8/3 and 5/6Basically, we need to make denominator same To do this, we multiply both denominators 3 Γ 6 = 18 But, this is too big We can just do 3 Γ 2 = 6 and only change 1st fraction Letβs do that π/π=π/π Γπ/π =ππ/π Thus, our equivalent fractions are ππ/π and π/π Question (c) - Figure it out (Page 172) Find equivalent fractions for the given pairs of fractions such that the fractional units are the same. (c) 3/4 and 3/5Basically, we need to make denominator same To do this, we multiply both denominators 4 Γ 5 = 20 So, our fractions become π/π=π/π Γπ/π =ππ/ππ π/π=π/π Γπ/π =ππ/ππ Thus, our equivalent fractions are ππ/ππ and ππ/ππ Question (d) - Figure it out (Page 172) Find equivalent fractions for the given pairs of fractions such that the fractional units are the same. (d) 6/7 and 8/5Basically, we need to make denominator same To do this, we multiply both denominators 7 Γ 5 = 35 So, our fractions become π/π=π/π Γπ/π =ππ/ππ π/π=π/π Γπ/π =ππ/ππ Thus, our equivalent fractions are ππ/ππ and ππ/ππ Question (e) - Figure it out (Page 172) Find equivalent fractions for the given pairs of fractions such that the fractional units are the same. (e) 9/4 and 5/2Basically, we need to make denominator same To do this, we multiply both denominators 4 Γ 2 = 8 But, this is too big We can just do 2 Γ 2 = 4 and only change 2nd fraction Letβs do that π/π=π/π Γπ/π =ππ/π Thus, our equivalent fractions are π/π and ππ/π Question (f) - Figure it out (Page 172) Find equivalent fractions for the given pairs of fractions such that the fractional units are the same. (f) 1/10 and 2/9Basically, we need to make denominator same To do this, we multiply both denominators 10 Γ 9 = 90 So, our fractions become π/ππ=π/ππ Γπ/π =π/ππ π/π=π/π Γππ/ππ =ππ/ππ Thus, our equivalent fractions are π/ππ and ππ/ππ Question (g) - Figure it out (Page 172) Find equivalent fractions for the given pairs of fractions such that the fractional units are the same. (g) 8/3 and 11/4Basically, we need to make denominator same To do this, we multiply both denominators 3 Γ 4 = 12 So, our fractions become π/π=π/π Γπ/π =ππ/ππ ππ/π=ππ/π Γπ/π =ππ/ππ Thus, our equivalent fractions are ππ/ππ and ππ/ππ Question (h) - Figure it out (Page 172) Find equivalent fractions for the given pairs of fractions such that the fractional units are the same. (h) 13/6 and 1/9Basically, we need to make denominator same To do this, we multiply both denominators 6 Γ 9 = 54 But, this is too big We can just make denominator 18 Letβs do that ππ/π=ππ/π Γπ/π =ππ/ππ π/π=π/π Γπ/π =π/ππ Thus, our equivalent fractions are ππ/ππ and π/ππ