<span>Your cardiovascular system, your nervous system and even your excretory system in the skin.</span>
Answer: monocular cue
Explanation:
The key reason one don't lose sense of depth is because of monocular cue. Our brain can still detect the actual position of the object with helps of cues even if one eye is closed.
Such cues include (but are not limited to):
- Linear perspective - the fact that additional objects ultimately travel to a single point (i.e. two roads that converge into a single point in the distance)
- Texture - objects closer to you will have more complex texture compared to objects further away from
- Interposition - objects closer to you will be farther away from objects
- Accommodation - as you look closely at items, your eyes need to accommodate and concentrate on them using your eye muscles, giving your eyes an idea of where the object is located.
Hence, Monocular Cues are used by using one eye to help sense distance.
Answer:
carbohydrate
Explanation:
The molecule discovered by scientists in the illustration is most likely to be a <u>carbohydrate</u>.
<em>Among all the biomolecules, only carbohydrates have the molecular formula of (</em><em>)</em><em>. On the other hand, carbohydrates generally contain carbon (C), hydrogen (H), and oxygen (O) in the ratio 1:2:1. </em>
Since the molecule discovered by the scientists has C, H, and O in the ratio 1:2:1, then, it is, therefore, best thought of as a carbohydrate.
"The childern each received different genes from their parents"
Answer:
I'm pretty sure it's D the diagram is kinda hard to interpret tho ngl
Explanation: