at-63-5-c-ethanol-ch3oh-has-a-vapor-pressure-of-0-526-atm-determine-the-kp-and-k

Question

At 63.5 °C, ethanol ($$CH_{3}CH$$_{2}$$OH) has a vapor pressure of 0.526 atm. Determine the K_{p} and K_{c} values for the equilibrium CH$$_{3}$$CH_{2}OH(l$$) ⇌ $$CH_{3}$CH_{2}OH(g) at 63.5$$ °C.

Accepted Answer

K_{p} = 0.526 K_{c} = 0.0191

Answer

K_{p} = 0.0191 K_{c} = 0.0191

Answer

K_{p} = 0.526 K_{c} = 0.526

Answer

K_{p} = 0.0191 K_{c} = 0.526

At 63.5 °C, ethanol (CH3CH2OH) has a vapor pressure of 0.526 atm. Determine the Kp and Kc values for the equilibrium CH3CH2OH(l) ⇌ CH3CH2OH(g) at 63.5 °C.

At 63.5 °C, ethanol (CH₃CH₂OH) has a vapor pressure of 0.526 atm. Determine the K_p and K_c values for the equilibrium CH₃CH₂OH(l) ⇌ CH₃CH₂OH(g) at 63.5 °C.