The heat flow , Q, due to temperature is found by the formula; Q = mC(Tf - Ti) Where m is the mass of the substance (50g), C is the heat capacity of the substance (C for water is 1cal/g-deg), and Tf & Ti are the final and initial temperatures of the substance (37 & 100). If the answer comes out negative the substance lost heat. If it comes out positive it gained heat.
1200 cal.
185 degrees Celsius = 365 degrees Fahrenheit.
460 degrees Celsius.
The answer is 34 degrees celsius
Since water boils at 100 degrees Celsius, 158 degrees Celsius is very hot.
76 degrees Fahrenheit = 24.44 degrees Celsius
To transform 1 gram of ice at 0 degrees Celsius to 1 gram of water vapor at 100 degrees Celsius, 720 calories are added (absorbed). There are no calories released during the process.
115.2
Oslo's average temperature for each month is: Jan: -4.3 degrees Celsius Feb: -4.0 degrees Celsius Mar: -0.2 degrees Celsius Apr: 4.5 degrees Celsius May: 10.8 degrees Celsius Jun: 15.2 degrees Celsius Jun: 16.4 degrees Celsius Aug: 15.2 degrees Celsius Sep: 10.8 degrees Celsius Oct: 6.2 degrees Celsius Nov: 0.7 degrees Celsius Dec: -3.1 degrees Celsius The highest temperature ever recorded (recording since 1937) is 35 Degrees Celsius, and the lowest is -26 Degrees Celsius
8 Degrees Celsius is warmer than 2 degrees Celsius.
The number of calories required will depend on the mass of water which is to be heated.
Five degrees Celsius is colder.
100 degrees Celsius
350 degrees Celsius is exactly 350 degrees Celsius!
100 Celsius degrees.
48 degrees Celsius
-15 degree Celsius is colder than -3 degrees Celsius.
calulate the amount of heat released when 25 gram of water at 25 degrees Celsius cools to 0.0 degrees celsius