The highlighted structure is innervated by the <u>Optic</u> nerve. The correct option is c.
<h3>What is the optic nerve?</h3>
The optic nerve is essential for vision. It is a part of your central nervous system, which also includes your brain and spine. The optic nerve is responsible for transmitting electrical impulses from your eyes to your brain.
This sensory information is processed by your brain so that you can see. The optic nerve is a network of over one million nerve fibers that transmit visual data. One connects the back of each eye (the retina) to the brain. Optic nerve damage can result in vision loss.
Therefore, the correct option is c, Optic nerve.
To learn more about optic nerves, refer to the link:
brainly.com/question/29654546
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The question is incomplete. Your most probably complete question is given below:
Spinal nerve roots.
Central canal.
Optic nerve.
Accessory Nerve.
They lack many properties of living things, such as not being able to reproduce without a host
I think option C is correct because snakes r not omnivores they eat insects not plants so option D and A are wrong
In option B eagle is carnivore
Fish can be omnivores, but some species are carnivores or herbivores. In general, a fish's diet is determined mostly by its habitat and what food is available. Most species have a preferred diet but will eat outside of that if necessary for survival.
Bear can also b omnivore
Answer:
The correct answer is "The free energy of the transition state is much higher than the free energy of the reactants".
Explanation:
Activation vitality is the base measure of vitality required to begin a concoction response. The wellspring of this initiation vitality is generally the warmth from the encompassing. An Enzyme builds the pace of a compound response by bringing down its actuation vitality.
During a compound response, new bonds are made and old ones are broken. Since the bonds are vitality putting away , this prompts arrival of vitality when broken, However, To get the particles into a state where their bonds can be broken, the atom ought to be mad. To accomplish this shape, Activation vitality is required, which is a high-vitality flimsy state.
Because of the above explanation, cells at time couple exergonic reaction(\DeltaG<0) with endergonic reaction(\DeltaG>0), permitting them to continue. This is known as vitality coupling and is unconstrained. At the point when the exergonic response discharges free vitality, consumed by the endergonic response.
