A composting facility you operate received $3\mathrm{.}4$ tons of biodegradable waste. After taking $1$ kilogram sample from the waste by quartering method, it was brought to the laboratory and analyzed for water content, organic matter content, dissolved organic carbon and dissolved nitrogen. First, $132$ grams of wet sample was dried at $95\backslash$deg C overnight. Then the sample was weighed and reported as $65$ grams. Then $50$ grams of dry sample was incinerated at $550\backslash$deg C and the remaining ash was weighed as $8\mathrm{.}5$ grams. The dissolved carbon concentration of the waste was $153000$ mg$/$kg $($dry matter$)$ and the dissolved nitrogen concentration was $11350$ mg$/$kg $($dry matter$).$ Automatic mixing of compost piles can be provided in the facility, water spray irrigation can be realized, grass with C$/$N$=12$ and $30\%$ dry matter and conifer wood chips with C$/$N$=75$ and $90\%$ dry matter can be supplied in sufficient quantity as auxiliary materials.

Determine whether the waste is suitable for composting in terms of Water Content, Organic Matter and C$/$N$.$ If not, calculate the operations that can be carried out and the amount$($s$)$ of material to be added.

$($Please do the solution legibly on paper. In some of my questions, instead of doing the solution, experts share some formulas and guide me$.$ This is very good for me to understand the subject myself. But for this particular question, please do all the solution and calculations in detail. I am grateful in advance, good work$).$