How to calculate of heat combuation for sulfur

Thread starter taregg
Start date Mar 11, 2014
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Heat sulfur

In summary, the heat combustion for sulfur can be calculated using the formula Q = m x C x ΔT, where Q is the heat combustion, m is the mass of sulfur, C is the specific heat capacity of sulfur, and ΔT is the change in temperature. The specific heat capacity of sulfur is 0.71 J/g°C and can be determined by weighing the sulfur on a scale. The change in temperature can be calculated by measuring the initial and final temperatures of the sulfur. The heat combustion of sulfur can also be measured experimentally using a calorimeter.

Mar 11, 2014

taregg

how to calculate of heat combuation for sulfur

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Mar 11, 2014

dauto

You can measure it or look it up in a table made by people that measured it.

1. How do you calculate the heat combustion for sulfur?

The heat combustion for sulfur can be calculated by using the following formula: Q = m x C x ΔT, where Q is the heat combustion, m is the mass of the sulfur, C is the specific heat capacity of sulfur, and ΔT is the change in temperature.

2. What is the specific heat capacity of sulfur?

The specific heat capacity of sulfur is 0.71 J/g°C. This value represents the amount of heat required to raise the temperature of 1 gram of sulfur by 1 degree Celsius.

3. How do you determine the mass of sulfur for the calculation?

The mass of sulfur can be determined by weighing it on a scale. Make sure to use the same unit of measurement as the specific heat capacity (e.g. grams).

4. What is the change in temperature for the heat combustion of sulfur?

In order to calculate the heat combustion of sulfur, you need to know the change in temperature. This can be determined by measuring the initial and final temperatures of the sulfur and calculating the difference.

5. Can the heat combustion of sulfur be measured experimentally?

Yes, the heat combustion of sulfur can be measured experimentally by using a calorimeter. This device measures the heat released during a chemical reaction, such as the combustion of sulfur.