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QUESTION 18 Henry's Law constant is 0.000646mo(l)/(L)*atm and 0.0013mo(l)/(L)*atm for N_(2) and O_(2) respectively at 25deg C . What pressure of O_(2) is required to
QUESTION 18\ Henry's Law constant is
0.000646mo(l)/(L)*atm
and
0.0013mo(l)/(L)*atm
for
N_(2)
and
O_(2)
respectively at
25\\\\deg C
. What pressure of
O_(2)
is required to obtain an
O_(2)
solubility identical to the
N_(2)
solubility at 0.536 bar of
N_(2)
if both gases are at
25\\\\deg C
?\ a.
0.2atm
\ b.
1.1atm
\ c.
4.2\\\\times 10^(-7)atm
\ d.
1.5\\\\times 10^(-6)atm
\ e.
4.0atm
QUESTION 18 Henry's Law constant is 0.000646mol/L atm and 0.0013mol/Latm for N2 and O2 respectively at 25C. What pressure of O2 is required to obtain an O2 solubility identical to the N2 solubility at 0.536 bar of N2 if both gases are at 25C ? a. 0.2atm b. 1.1atm c. 4.2107atm d. 1.5106atm e. 4.0atm QUESTION 18 Henry's Law constant is 0.000646mol/L atm and 0.0013mol/Latm for N2 and O2 respectively at 25C. What pressure of O2 is required to obtain an O2 solubility identical to the N2 solubility at 0.536 bar of N2 if both gases are at 25C ? a. 0.2atm b. 1.1atm c. 4.2107atm d. 1.5106atm e. 4.0atm
QUESTION 18\ Henry's Law constant is
0.000646mo(l)/(L)*atm
and
0.0013mo(l)/(L)*atm
for
N_(2)
and
O_(2)
respectively at
25\\\\deg C
. What pressure of
O_(2)
is required to obtain an
O_(2)
solubility identical to the
N_(2)
solubility at 0.536 bar of
N_(2)
if both gases are at
25\\\\deg C
?\ a.
0.2atm
\ b.
1.1atm
\ c.
4.2\\\\times 10^(-7)atm
\ d.
1.5\\\\times 10^(-6)atm
\ e.
4.0atm
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