Assertion: calorimeter's heat | /r/HasProperty | gained by the calorimeter
Facets:
Source sentences:
text: Because the heat entering the calorimeter must equal the heat liberated by the system within the calorimeter consisting of the reactants and products themselves, the sign of the heat change for this system is negative and has the same magnitude as the heat gained by the calorimeter.
text: for these problems you can assume that all the heat lost by the metal will be gained by both the calorimeter and water.
text: Remember that in a perfect calorimeter, the heat given off by the reaction is equal to the sum of the heat gained by the calorimeter and the heat gained by its contents.
text: b. the heat gained by the calorimeter as it warms up ##q_2##.
text: The total heat given off in the reaction will be equal to the heat gained by the water and the calorimeter: [latex]q_{rxn}=-q_{cal}[/latex] Keep in mind that the heat gained by the calorimeter is the sum of the heat gained by the water, as well as the calorimeter itself.
text: The total heat given off in the reaction will be equal to the heat gained by the water and the calorimeter: [latex]q_{rxn}=-q_{cal}[/latex] Keep in mind that the heat gained by the calorimeter is the sum of the heat gained by the water, as well as the calorimeter itself.
text: How much heat is gained by the calorimeter?
text: The heat given off in an exothermic process will be the same amount of heat gained by the calorimeter.
text: The total heat given off in the reaction will be equal to the heat gained by the water and the calorimeter:
text: Keep in mind that the heat gained by the calorimeter is the sum of the heat gained by the water, as well as the calorimeter itself.