A) \[\text{x}=\text{8},\text{y}=\text{6}\]
B) \[\text{x}=\text{3},\text{y}=\text{4}\]
C) \[\text{x}=\text{6},\text{y}=\text{8}\]
D) \[~\text{x}=\text{4},\text{y}-\text{6}\]
Correct Answer: C
Solution :
The given equations can be written as \[\text{1173}0=\text{2}\times \text{3}\times \text{5}\times \text{17}\times \text{23}\] ..... (i) \[\therefore \] ..... (ii) Adding (i) and (ii), we get \[=\text{17}\times \text{23}=\text{391}\] \[=\text{2}\times \text{3}\times {{\text{5}}^{\text{2}}}\times \text{7}\times \text{l7}\times \text{23}=\text{41}0\text{55}0\] \[\pi \] Substituting x = 6 in (i). we get \[\frac{22}{7}\].
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