If it is known that a water state is the two-phase mixture at 40.0 bar, determine the state temperature in C If it is known that a water state is the two-phase mixture at 200C, determine the state pressure in bar Do not enter units and do not round numbers. Question b Determine the phase and the specific volume of water at 100 bar and 400C. Fill in the answer for the phase choosing from: liquid, saturated liquid, liquid-vapor mixture, saturated vapor, vapor Fill in the answer for the specific volume in m3/kg, do not enter units and do not round the numbers. Question c. Determine the phase and the specific volume of water at 100 bar and 100C. Fill in the answer for the phase choosing from: liquid, saturated liquid, liquid-vapor mixture, saturated vapor, vapor Fill in the answer for the specific volume in m3/kg, do not enter units and do not round the numbers. From the water states below, choose all of those which phase is vapor. any state with T>374.14C any state with v>206.136m3/kg p=10 bar, v=0.1944m3/kg p=10 bar, v=2m3/kg p=10 bar,v=0.1m3/kg p=20 bar,v=0.1944m3/kg p=10.0 bar, T=360C p=5 bar, v=0.1944m3/kg Question 6 From the water states below, choose all of those which phase is liquid. T=20C,v=0.001m3/kg p=50 bar, T=200C T=20C,v=0.1m3/kg T=20C,p=10 bar p=10 bar, T=200C p=20 bar, v=0.0011565m3/kg p=20 bar,v=1m3/kg Determine the phase of water at 1.T=0.01C and v=100m3/kg 2. T=0.01C and v=300m3/kg 3. T=0.01C and v=206.136m3/kg 4. p=220.9 bar and v=0.003155m3/kg Choose from: liquid, saturated liquid, two-phase liquid-vapor mixture, saturated vapor, vapor, three-phase solid-liquid-vapor mixture, critical point