What is the heat capacity of 83 g of mercury?
Specific heat of mercury = 0.14 J/(g oC)
heat capacity = specific heat x g = ?
That's 0.14 J/g*C x 83 g = ? J/C
Well, if 83 grams of mercury went to a comedy show, its heat capacity would be the ability to laugh at really hot jokes. But if you're talking about the scientific heat capacity of mercury, it would be calculated by multiplying the mass (83 grams) by the specific heat (0.14 J/(g oC)). So, the heat capacity of 83 grams of mercury would be 11.62 J/oC. That's enough to warm up even the chilliest of jokes!
To find the heat capacity of 83 g of mercury, you will need to use the formula:
Heat capacity = mass * specific heat
Given:
Mass of mercury = 83 g
Specific heat of mercury = 0.14 J/(g °C)
Substituting the values into the formula:
Heat capacity = 83 g * 0.14 J/(g °C)
Calculating the result:
Heat capacity = 11.62 J/°C
Therefore, the heat capacity of 83 g of mercury is 11.62 J/°C.
To find the heat capacity of a substance, you need to multiply its mass by its specific heat.
In this case, the specific heat of mercury is given as 0.14 J/(g °C) and the mass of mercury is given as 83 g.
To calculate the heat capacity, you can use the formula:
Heat Capacity = Mass × Specific Heat
Heat Capacity = 83 g × 0.14 J/(g °C)
Now, you can perform the calculation:
Heat Capacity = 11.62 J/°C
Therefore, the heat capacity of 83 g of mercury is 11.62 J/°C.