The following are the steps involved in the cross bridge cycle as per sliding filament theory.
(a) Formation of cross bridge
(b) Release of ADP
(c) Breaking of cross bridge
(d) Hydrolysis of ATP
(e) Binding of ATP to myosin head
(f) Sliding of thin filaments

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(f) → (b) → (e) → (c) → (a) → (d)

(a) → (d) → (c) → (b) → (e) → (f)

(b) → (e) → (c) → (d) → (f) → (a)

(d) → (a) → (f) → (b) → (e) → (c)

answer is C.

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Detailed Solution

Hydrolysis of ATP causes the formation of crossbridge followed by power stroke (sliding of thin filaments). Power stroke is followed by the release of ADP. A new ATP binds and the cross-bridge is broken. The ATP is again hydrolysed by the myosin head and a new cross bridge cycle begins.

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