(Solved): Can you please help give clear steps to this question? Thanks alot! of your chemistry textbook has a ...

of your chemistry textbook has a mass of 2.60 ms and a volume of $2.70\times 10^3$ milliliters. a. Using unit analysis, calculate the density of the copy of your chemistry textbook in units of grams/milliliter. Use one of the following to set up the conversion factor. $\begin{array}{l}1\mathrm{kg}=1000\mathrm{g}\\ 1000\mathrm{mL}=1\mathrm{L}\\ 100\mathrm{cm}=1\mathrm{m}\\ 1000\mathrm{mg}=1\mathrm{g}\\ 1\mathrm{mL}=1{\mathrm{cm}}^3\\ 1000\mathrm{mm}=1\mathrm{m}\\ \frac{2.60\mathrm{kg}}{2.70\times 10^3\mathrm{mL}}\times {\text{ (number)(unit) }}_{\mathrm{g}/\mathrm{mL}}=\end{array}$ b. Based on your calculation will the copy of your chemistry textbook float or sink in water?