A closed system consists of

0.3kmol

of octane occupying a volume of

2m^(3)

. Determine (a) the weight of the system, in

N

, and (b) the molar-based and mass-based specific volumes, in

(m^(3))/(k)mol

and

(m^(3))/(k)g

respectively. Let

g=9.81(m)/(s^(2))

.\ Your answer is incorrect.\ Determine the weight of the system, in

N

.\

F_(grav )=|_(_())N

|\ Hint\ Your answer is partially correct.\ Determine the molar-based and mass-based specific volumes, in

(m^(3))/(k)mol

and

(m^(3))/(k)g

respectively.\

/bar (v)=\ (m^(3))/(k)mol\ v=\ (m^(3))/(k)g

A closed system consists of 0.3kmol of octane occupying a volume of 2m3. Determine (a) the weight of the system, in N, and (b) the molar-based and mass-based specific volumes, in m3/kmol and m3/kg respectively. Let g=9.81m/s2. Determine the weight of the system, in N