$\frac{0}{10}$

A certain amount of ice $($solid water$)$ at $0C$ is added to a well$-$insulated container filled with $33$ g of steam $($gaseous water$)$ at $100C$ and allowed to come to thermal equilibrium without losing any energy to its surroundings. The final temperature of the liquid water is $20C.$

$6.$ Sketch the process on a pair of $Tvs.E$ Diagrams.

$p$

$\frac{5}{10}$

Energy Added or Removed, $E$

Ice

Energy Added or Removed, $E$

Steam

$7.$ How much energy is released as the steam condenses from gas to liquid? $($see back for table of useful values$)$

L

steam irquid

$\frac{J}{g}$

$q,=2257$A certain amount of ice $($solid water$)$ at $0C$ is added to a well$-$insulated container filled witn $30$ g $($gaseous water$)$ at $100C$ and allowed to come to thermal equilibrium without losing any energy to its surroundings. The final temperature of the liquid water is $20C.$

$6.$ Sketch the process on a pair of $T$

$u$ s$.E$ Diagrams.

$p$

$\frac{5}{10}$

Energy Added or Removed, $E$

Ice

Steam

$7.$ How much energy is released as the steam condenses from gas to liquid? $($see back for table of useful