91. $$\sqrt {\frac{{0.25}}{{0.0009}}} \times \sqrt {\frac{{0.09}}{{0.36}}} $$ is equal to ?
92. The value of $$\sqrt {32} $$ - $$\sqrt {128} $$ + $$\sqrt {50} $$ correct to 3 places of decimal is $$\sqrt {32} $$ - $$\sqrt {128} $$ + $$\sqrt {50} $$ = ?
93. If a + b + c = 0, find the value of $$\frac{{{a^2}}}{{\left( {{a^2} - bc} \right)}} + $$ $$\frac{{{b^2}}}{{\left( {{b^2} - ca} \right)}} + $$ $$\frac{{{c^2}}}{{\left( {{c^2} - ab} \right)}} = ?$$
94. $$\frac{{{a^2} - {b^2} - 2bc - {c^2}}}{{{a^2} + {b^2} + 2ab - {c^2}}}$$ is equivalent to = ?
95. If a + b + c = 2s, then the value of (s - a)2 + (s - b)2 + (s - c)2 + s2 will be-
96. The value of $$\sqrt {400} $$ + $$\sqrt {0.0400} $$ + $$\sqrt {0.000004} $$ = ?
97. If $$\sqrt 3 {\text{ = 1}}{\text{.7321,}}$$ then the value of $$\sqrt {192} - \frac{1}{2}\sqrt {48} - \sqrt {75} {\text{,}}$$ correct to 3 place of decimal, is = ?
98. The number, whose square is equal to the difference of the squares of 75.15 and 60.12, is = ?
99. The value of $$\frac{{{{\left( {a + b} \right)}^2}}}{{\left( {{a^2} - {b^2}} \right)}}{\text{is}}\, = {\text{?}}$$
100. 32 shirt pieces of 120cm each can be cut from a reel of cloth. After cutting these pieces 80 cm of cloth remains. What is the length of reel of cloth in meters?
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