CA$-$I A $146-$gram copper bowl contains $223$ groms of liquid water. Initially, both the bowl and water are at $21\mathrm{.}0C.$ A $314$ gram copper cylinder is heated to $831C$ and then dropped into the bowi, causing the water to reach its boiling point and some of the liquid water to be converted to steam. What mass of liquid water was converted to steam, in grams? The specific heat of copper is $387Jk{g}^{-1}{C}^{-1},$ then specific heat of liquid water is $4186Jk{g}^{-1}{C}^{-1},$ and the latent heat of vaporization of water is $2\mathrm{.}26{10}^{6}Jk{g}^{-1}.$ Consider the bowl$+$water$+$cylinder to be an isolated system, meaning no heat flows in or out of the system during this process,