Q.1 A CSTR has contents whose volume = 1.0 m³. These contents undergo an irreversible, isothermal, first-order chemical reaction A B with a reaction rate constant k=1.0 hr. The inflow (or outflow) rate = 0.5 m³/hr. The initial steady-state concentration of reactant A in the inflow 0.3 kmol/m³. At time t = 0, this concentration suddenly increased to 0.6 kmol/m'. Find and sketch the variation of reactant A concentration in the outflow with time due to this change. What would be the final steady-state value of this concentration?

Valculatethe molae concentration of Agteaq) don in a g.12 M Aplulion of Age g with ne excen cuberud 2.50×1054a7 何しぶ) yer 的し5)

oner flat plate, I sothermal sur face (tenp is un ferm) Lauinar /turo / mixed Uoo L External flow Reca for flat ptale Sxios מ xף4סי5 Turonlent Find Rey 5.049 x 10> Reu 5.049 X 10 ニ く Lam turb 4/s 2 B.3 NuL= (o037 Re-A) Pr 2 Bo3 037 Re -A) Pr A=871 ニ Re< Rex Rey tuyb. 6904.3 16m ニ Lami now K JuL う fs t Nuv ニ %3D