To calculate one should use:
[(mass Al).(specific heat Al).( Tf - TiAluminum)] + [(mass H2O).(specific heat H2O).(Tf - Tiwater)] = 0 (Law of conservation of energy or heat)
Tf is the final temperature in ºC (because there is a change in temperature, it does not have to be converted to Kelvin)
Ti is the initial temperature in ºC
Table values:
specific heat of water = 4.18 J/K.g
specific heat of Aluminum = 24.200 J/mol·K = 24.200(J/mol.K) / 26.98(g/mol) = 0.8970 J/K.g
So, solve this:
30*0.8970*(Tf - 95ºC) + 100*4.18*(Tf - 25) = 0
Tf = 29.34 ºC of both water and the immersed aluminum and supposed no water is evaporated.
Very hot!! 3500o C = 6332o Fahrenheit =====================
No, Celsius is a temperature scale.
25 degrees Celsius.
The aluminum density is 0.99g/cm3. However, keep in mind it will vary on the temperature of the aluminum, to be honest.
Of ice, zero degrees Celsius.
30.6 degreees celsius.
It is: 10 degrees Celsius
The denature
To convert degrees Celsius to degres Kelvin, add 273.15. In this instance, 27 degrees Celsius is equal to 273.15 + 27 = 300.15 degrees Kelvin.
water boils at 100 degres celsius
Very hot!! 3500o C = 6332o Fahrenheit =====================
Approx 4974 Joules.
mmmm enthalpy
Celsius invented the celsius scale for temperature.
About 2,467.0 degrees Celsius.
the temperature for hot oatmeal in Celsius is about 74 Celsius
No, Celsius is a temperature scale.