In a copper vessel with a temperature of t1 = 350 C, m2 = 600 g
of ice
with a temperature of t1 = 10 C. After some time a
Mixture of m3 = 550 g ice and m4 = 50 g water. Find the mass of the
vessel m1.
In the solution, neglect the heat exchange between the vessel
and
environment.
The specific heat capacity of copper is cK = 0:39 kJ/(kg*K). The
specific
Heat capacity of the ice is cE = 2:1 kJ/(kg*K). The specific heat
of fusion of the
Ice is Ls = 333 kJ/(kg)
Translated with www.DeepL.com/Translator (free version)
In a copper vessel with a temperature of t1 = 350 C, m2 = 600 g
of ice
with a temperature of t1 = 10 C. After some time a
Mixture of m3 = 550 g ice and m4 = 50 g water. Find the mass of the
vessel m1.
In the solution, neglect the heat exchange between the vessel
and
environment.
The specific heat capacity of copper is cK = 0:39 kJ/(kg*K). The
specific
Heat capacity of the ice is cE = 2:1 kJ/(kg*K). The specific heat
of fusion of the
Ice is Ls = 333 kJ/(kg)
Get Answers For Free
Most questions answered within 1 hours.