Question : The value of $0. \overline{57}-0.4 \overline{32}+0.3 \overline{5}$ is:

Option 1: $0.4 \overline{98}$

Option 2: $0.4 \overline{94}$

Option 3: $0. \overline{498}$

Option 4: $0. \overline{495}$

Question : The value of $11. \overline{4}+22.5 \overline{67}-33.5 \overline{9}$ is:

Option 1: $40. \overline{12}$

Option 2: $4. \overline{12}$

Option 3: $0.4\overline{12}$

Option 4: $0.04\overline{12}$

Question : The value of $0.4 \overline{6}+0.7 \overline{23}-0.3 \overline{9} \times 0. \overline{7}$ is:

Option 1: $0.\overline{97}$

Option 2: $0.\overline{57}$

Option 3: $0.\overline{77}$

Option 4: $0.\overline{87}$

Question : If $a: b: c=\frac{1}{4}: \frac{1}{3}: \frac{1}{2}$, then $\frac{a}{b}: \frac{b}{c}: \frac{c}{a}=$?

Option 1: 12 : 9 : 8

Option 2: 9 : 8 : 24

Option 3: 8 : 9 : 24

Option 4: 9 : 12 : 8

Question : If $\triangle A B C \sim \triangle F D E$ such that $A B=9 \mathrm{~cm}, A C=11 \mathrm{~cm}, D F=16 \mathrm{~cm}$ and $D E=12 \mathrm{~cm}$, then the length of $BC$ is:

Option 1: $5 \frac{3}{4} \mathrm{~cm}$

Option 2: $4\frac{3}{5} \mathrm{~cm}$

Option 3: $3\frac{5}{7} \mathrm{~cm}$

Option 4: $6\frac{3}{4} \mathrm{~cm}$