Jun 24, · The definition for specific heat capacity is the amount of energy required to raise the temperature of of a substance by. The reason for using a mass of and a temperature change of is simply for simplicity. The equation above can be rearranged for specific heat capacity as is; 1st GCSE Physics Exam (AQA) Paper 1 for Triple and Double May. Heat Capacity. Consider the situation when we have a g of copper and a 1 kg copper block. It is common sense that the 1 kg will need to absorb more heat in order to increase its temperature by the same amount compared to the g copper block. We say that the 1 kg copper block has a larger thermal capacity than the g block. The specific heat capacity is different for different materials. It is the energy needed to increase the temperature of 1 kg of the material by 1°C and is measured in J/kg °C. Energy = mass × specific heat capacity × temperature change. E = m × c × θ. Build Your Understanding - This is how to measure the specific heat capacity of a metal block.
GCSE Physics Revision: Specific Heat Capacity, time: 3:46Tags: Sale el sol album artwork, Simple popup jquery linux, Online fashion show games no, Live train running status, Cellity sms s60 v3, Fastesttube for chrome 0.9.2, Breaking bad s5e2 firefox Learn about and revise energy changes involved when a material changes state with GCSE Bitesize Combined Science.