Q3 (10 Marks) The ideal gas law is a common model for relating the properties of dry air. Find the uncertainty in the density of air
\rho =(P)/(R)T
based on this model using multivariable approach, where
p
and
T
are the absolute pressure and temperature, and
R
is the gas constant. Assume
p=101,320 -67Pa
abs;
T=297 -0.5K;R=287.058(J)/(k)g-K
. Assume
95%
confidence levels. The uncertainty in R can be neglected. Q4 (10 Marks) Solve question 3 by using sequential perturbation method. Q3 (10 Marks) The ideal gas law is a common model for relating the properties of dry air. Find the uncertainty in the density of air
\rho =(P)/(R)T
based on this model using multivariable approach, where
p
and
T
are the absolute pressure and temperature, and
R
is the gas constant. Assume
p=101,320 -67Pa
abs;
T=297 -0.5K;R=287.058(J)/(k)g-K
. Assume
95%
confidence levels. The uncertainty in R can be neglected. Q4 (10 Marks) Solve question 3 by using sequential perturbation method. Please follow tye qustion You must solve it with tow way