5. 0 g of c8h18 are burned in a bomb calorimeter with 750 g water, and there is 10. 0∘c increase in temperature when 32. 0 kj of heat is released. What is the heat capacity of the calorimeter?.

The specific heat capacity is equal to 4.267 J/(g · °C).How do you find the specific heat capacity?Heat capacity refers to a measurement of how much energy is needed to add to something to make it a degree hotter. We can rearrange the thermal energy equation to get the formula for specific heat capacity c = Q/mΔT where Q is the heat/thermal energy, m is the mass, and ΔT is the change in temperature. We'll use the equation to find the specific heat capacity.Suppose that Q is equal to 32,000 joules, m is equal to 750 gram, and ΔT is equal to 10°C. The specific heat capacity is calculated as follows:c = Q/mΔTc = 32,000 / (750 · 10)c ≈ 4.267We have confirmed that the specific heat capacity is equal to 4.267 J/(g · °C).Learn more about specific heat capacity here: https://brainly.com/question/27862577#SPJ4