Question

a cheetah on seeing a prey moves towards him at a very high speed. what causes the movement of his muscles?
how does the chemistry of cellular components of muscles change during this event​

Answer 1

Answer:

lactic acid will be produced in the cells

Explanation:

in normal situations the components of cells will work normally to produce energy water and carbon dioxide... but in this situation lactic acid will be produced..... also less energy will be released... nervous system of animals is not as complex as that of humans... so this condition cannot co relate with. nervous system... the key points are production of lactic acid and kess energy...also the his muscles are moving due to. atp and not any nerve impulse obviously

thanks.... hope it helps

Answer 2

Answer:

Concept:

Adrenaline is produced in response to the development of an impulse, changing the structure of the muscles by the production of a contractile protein.

Explanation:

When a cheetah sees prey, the brain sends an impulse to the limb muscles, allowing the cheetah to sprint towards the prey. Adrenaline is produced in response to the development of an impulse, changing the structure of the muscles by the production of a contractile protein.

Several chemical changes occur at the cellular level of muscles as a cheetah moves near prey at a high rate.

• adrenaline secretion
• muscle shape change
• contractile protein, a unique protein
• muscle cell contraction and relaxation

Adrenaline is produced in response to the development of an impulse, changing the structure of the muscles by the production of a contractile protein. It is also in charge of muscle cell contraction and relaxation.

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