Recent content by Jham808

  1. J

    Calculating the final temperature of a mixture when ice & water

    good catch I have corrected the 602 error and 326 error in my post. Other than those two Items, you believe my method is the exact way to calculate this problem?
  2. J

    Calculating the final temperature of a mixture of Ice and Water

    yes, 620 is correct. apologies. Is this the correct answer?
  3. J

    Calculating the final temperature of a mixture when ice & water

    Sorry 620 is the number that I come to. "602" was a typo. Is this the correct calculation?
  4. J

    Calculating the final temperature of a mixture of Ice and Water

    Hello ehlid, I have tried this in stages but continue to do something incorrectly. The Amount of Energy in Water ((specific Heat water)X(Mass water)x(∆temperature)) 4.18 X 73.3C X 206gram=63,117Joules The Amount of Energy to get ice to melting point ((specific Heat ice)X(Mass...
  5. J

    Calculating the final temperature of a mixture when ice & water

    Hello Voko, I have tried this in stages but continue to do something incorrectly. The Amount of Energy in Water ((specific Heat water)X(Mass water)x(∆temperature)) 4.18 X 73.3C X 206gram=63,117Joules The Amount of Energy to get ice to melting point ((specific Heat ice)X(Mass...
  6. J

    Calculating the final temperature of a mixture of Ice and Water

    Homework Statement How do I calculate the following. The final temperature of a mixture of of ice and water. Where 176grams of ice at -10celsius mixes with 206 grams of water at 73.3celsius. I have tried this equation in multiple fashions and cannot seems to come to a consistent answer! Any...
  7. J

    Calculating the final temperature of a mixture when ice & water

    Hello, How do I calculate the following. The final temperature of a mixture of of ice and water. Where 176grams of ice at -10celsius mixes with 206 grams of water at 73.3celsius. I have tried this equation in multiple fashions and cannot seems to come to a consistent answer! Any help would be...
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