Question
The ratio of the present ages of βAβ and βBβ is
3:2, respectively. Six years hence from now, the age of βBβ will be 20 years. If the average of present ages of βAβ, βBβ and βCβ is 19 years, then find the present age of βCβ.Solution
Let the present ages of βAβ and βBβ be 3x years and 2x years, respectively Therefore, 2x + 6 = 20 Or, 2x = 14 Or, x = 7 Sum of present ages of βAβ and βBβ = 3x + 2x = 35 years Sum of present ages of βAβ, βBβ and βCβ = 19 Γ 3 = 27 years Therefore, present age of βCβ = 57 β 35 = 22 years
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