Respuesta :
Heat released in this process is 3516.7 J
Explanation:
A calorimeter has a heat capacity of 1265 J/°C
Heat capacity of calorimeter = 1265 J/°C
A reaction causes the temperature of the calorimeter to change from 22.34°C to 25.12°C
Change in temperature = 25.12 - 22.34 = 2.78°C
Heat released = Heat capacity of calorimeter x Change in temperature
Heat released = 1265 x 2.78 = 3516.7 J
Heat released in this process is 3516.7 J
Answer:
heat released is [tex]3.51 \times 10^3 \ J.[/tex]
Explanation:
It is given that, heat capacity of calorimeter is, H = [tex]1265 \ J/^0C.[/tex]
Also , initial temperature of calorimeter, [tex]T_i=22.34^0C.[/tex]
final temperature of calorimeter, [tex]T_f=25.12^oC.[/tex]
We know , Heat will release when it is positive.
So, heat released , Heat =[tex]H \times(T_f-T_i)=1265\times(25.12-22.34)\\=3516.7 \ J=3.51\times 10^3\ J.[/tex].
Since it is positive. Therefore, heat released is [tex]3.51 \times 10^3 \ J.[/tex]
