Water has a heat capacity that is approximately ten times larger than the heat capacity of copper metal. Assuming 100 j of energy is deposited into equal masses of the two materials as heat energy, what is true about the change in temperature?.

Option B.  The temperature change for Cu will be 10-fold higher than that for water. Is true bout the change in temperature.Heat capacity or thermal capability is a physical property relying on, described as the amount of heat to be provided to an object to produce a unit trade in its temperature. The SI unit of heat ability is joule in line with kelvin. warmth capability is an extensive belonging.Heat capacity or specific warmth is the quantity of warmth in step with unit mass that is required to raise the temperature through 1°C. particular heat is helpful in determining the processing temperatures and quantity of warmth necessary for processing and can be useful in differentiating among polymeric composites.The Specific heat ability of a substance is usually determined consistent with the definition; namely, by means of measuring the heating capacity of a sample of the substance, generally with a calorimeter, and dividing via the pattern's mass .Learn more about heat capacity here:-https://brainly.com/question/21406849#SPJ4Disclaimer:- your question is incomplete, please see below for the complete question.Water has a heat capacity that is approximately ten times larger than the heat capacity of copper metal. Assuming 100 j of energy is deposited into equal masses of the two materials as heat energy, what is true about the change in temperature?.A. The answer cannot be determined without knowing the actual masses of the two materials.B. The temperature change for Cu will be 10-fold higher than that for water.C. The temperature change for water will be 10-fold higher than that for Cu.D. The temperature changes will be the same since each receives the same amount of heat.E. The answer cannot be determined without knowing the initial temperatures of the two materials.