(a)(i) Given that $\log_{10} 5 = 0.699$ and $\log_{10} 3 = 0.477$, find $\log_{10} 45$, without using Mathematical tables. (ii) Hence, solve $x^{0.8265} = 45$. (b) Use Mathematical tables to evaluate $\sqrt{\frac{2.067}{0.0348 \times 0.538}}$

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(a)(i) Given that $\log_{10} 5 = 0.699$ and $\log_{10} 3 = 0.477$ , find \(\log_{10} ...

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