Assertion: ATPase enzyme has two parts, One called the `F_(1)` is embedded in the membrane of thylakoid and forms a transmembrane channel that carries out facilitated diffusion of proton across the membrane.
Reason: The other portion is called `F_(0)` and protrudes on the thylakoid membrane on the side that faces the stroma

Synthesis of ATP by enzymes present on thylakoids does not involve (a) a transmembrane channel (b) change in confirmation of F1 (c) facilitated diffusion of protons across the membrane (d) diffusion of electrons along with protons back to the stroma.

Fill in the blanks by choosing the correct option regarding chemiosmosis. "F_0 of ATPase enzyme forms a/an ____(i)_____ that carries out __(ii)__ diffusion of protons across the membrane. F_1 protrudes on the __(iii)__ surface of the __(iv)__ on the side that faces the __(v)__."

Fill in the blanks by choosing the correct option regarding chemiosmosis. "F_0 of ATPase enzyme forms a/an ____(i)_____ that carries out __(ii)__ diffusion of protons across the membrane. F_1 protrudes on the __(iii)__ surface of the __(iv)__ on the side that faces the __(v)__."

Assertion: The NADP reductase enzyme is located on the stroma side of the membrane of thylakoid Reason: During proton accumulation in lumen there is measurable decrease in pH in the stroma.

Assertion: Chemiosmosis require a membrane, a proton pump, a proton gradient and ATPase. Reason: The proton gradient is broken down due to movement of proton across the membrane to the lumen through the transmembrane channel of the F_(0) of the ATPase.

Assertion: The proton gradient is broken down due to the movement of protons across the membrane to stroma through the transmembrane channerl of the F_(0) of the ATPase. Reason: The breakdonw of proton gradient leads to release of energy.

Assertion: The proton gradient is broken down due to the movement of protons across the membrane to stroma through the transmembrane channerl of the F_(0) of the ATPase. Reason: The breakdonw of proton gradient leads to release of energy.

Observe the given figure of ATP sysnthesis through chemiosmosis and arrange the followign events in correct sequence (a) Movement of e^(-) through H-carrier (b) Shifting of protons from stroma to Lumen (c) Facilitated diffusion of protons across the membrane (d) Conformation change in the F_(1) particle of the ATPase (e) Formation of ATP molecule

Observe the given figure of ATP sysnthesis through chemiosmosis and arrange the followign events in correct sequence (a) Movement of e^(-) through H-carrier ltBrgt (b) Shifting of protons from stroma to Lumen ltBrgt (c) Facilitated diffusion of protons across the membrane (d) Conformation change in the F_(1) particle of the ATPase (e) Formation of ATP molecule