B since one milliliter ml of water has a mass of one

raised from its beginning temperature to the final temperature of the mixture.
b. Since one milliliter (mL) of water has a mass of one gram (g), it is very easy to
determine the mass of the cold and hot water. For example: If you have 100 mL of
water, then the mass of the water is 100 g. Remember, 1 kg = 1000 g. Convert the
mass of the hot and cold water to kilograms.
3. Use the equation Q = (m)(c)(Δ T) to calculate the heat gained by the cold water for each
trial . Show your work using the problem-solving method shown in previous rubrics. The
4. Use the equation Q = (m)(c)(Δ T) to calculate the heat "lost" by the hot water for each trial
Show your work using the problem-solving method shown in previous rubrics. The specific
.