so the answer is f because your a faliure so get out of here you fatty
Answer:
a) 2319.6 kPa
b) 0.027
c) 287.86 kg/m^3
Explanation:
The pressure is determined from table in the appendix for the given temperature:
P_220=2319.6 kPa
to calculate the quality we need to determine the masses of the vapor and the liquid and for that we need the respective specific volumes which can also be found in table.
m_liq = V_liq/α_liq
= 504.2 kg
m_vap = V_vap/α_vap
= 13.94 kg
q = m_vap/m_liq
= 0.027
Finally, the density is simply calculated as follows:
p = m_tot/V_tot
= 518.14 kg/1.8 m^3
= 287.86 kg/m^3
Answer:
2.728 kg
Explanation:
The units help you keep the calculation straight.
Answer:
Look up lock puzzles (if you like those), or cool cars, or something that you really like and put that as your thing.
Explanation:
