S
Shawty Boo
Guest
Mercury is fed into the collector under pressure at a temperature of 10 degrees.
Mercury has specific heat capacity of 139kJ/kg.C and density of 13600kg/m3.
Assuming alomost instantaneous energy transfer, what is the temp of the mercury as it exits the collector?
em.. ok.. what equation/s do i have to use for this type of q?
I would reall appreciate it if you could take me through it step by step.
(im a beginner in physics)... Thank you!
Mercury has specific heat capacity of 139kJ/kg.C and density of 13600kg/m3.
Assuming alomost instantaneous energy transfer, what is the temp of the mercury as it exits the collector?
em.. ok.. what equation/s do i have to use for this type of q?
I would reall appreciate it if you could take me through it step by step.
(im a beginner in physics)... Thank you!