Construct the phase of the substance under the given conditions
in the stated diagram. Mark all lines to do it with their values.
However, do not put anything more in the diagram than is needed to
construct the phase. State what the phase is.
R-134a
at
20C
and 1 MPa, in the diagram. Put
in the pressure first.
UNGRADED
R-134a
at
20C
and
100
kPa, in the diagram. Put
in the temperature first.
Construct the phase of the substance under the given conditions
in the stated diagram. Mark all lines to do it with their values.
However, do not put anything more in the diagram than is needed to
construct the phase. State what the phase is.
Water at 100C and
500 kPa,
in the diagram. Put in
the temperature first.
R-134a
at 0C and
350 kPa,
in the diagram. Put
in the temperature first.
UNGRADED Ammonia at 10C and
150 kPa,
in the diagram. Put
in the temperature first.
UNGRADED Ammonia at 10C and
150 kPa,
in the diagram. Put
in the temperature first.
Construct the phase of R-134a at 10 F and 18 psia in the
diagram. Use the English-units tables only. Mark all lines to do
it with their values. However, do not put anything more in the
diagram than is needed to construct the phase. State what the phase
is. State the specific volume of the substance. Note: use the
english units tables in appendix F or G in the far back of the book.
No conversion to SI units! In case you do not have a compressed
liquid table, you will have to use saturated liquid values. Make
sure you get the temperature right!
Construct the phase of the substance under the given conditions
in the stated diagram. Mark all lines to do it with their values.
However, do not put anything more in the diagram than is needed to
construct the phase. State what the phase is.
Ammonia, at 10C and 150 kPa, in the diagram. Put
in the temperature first. State the specific volume of the
substance.
UNGRADED Ammonia, at 20C and 100 kPa, in the diagram. Put
in the temperature first. State the specific volume of the
substance.