What your brain says about the object's distance is Nothing - this is a visual pattern recognition test, not distance. The size of the object and the distance it is from the observer determine the size of the image that forms on the retina.
- Nothing - this is a visual pattern recognition test, not distance.
<h3>How does the image arrive on the retina?</h3>
After the pupil, the image reaches the lens and is focused on the retina. The eye's lens produces an inverted image, and the brain converts it to the correct position. In the retina, more than one hundred million photoreceptor cells transform light waves into electrochemical impulses, which are decoded by the brain.
With this information, we can conclude that The size of the object and the distance it is from the observer determine the size of the image that forms on the retina.
Learn more about retina in brainly.com/question/13993307
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Answer:
It is involved in the formation of the flat bones of the skull, the mandible, and the clavicles.
Explanation:
The increase in urine volume helps to excrete out the filtrates such as the salts from the body . Increased urine volume also helps in flushing out the toxic chemicals from the body . Even the increase in the blood pressure of the body causes the increase in the urine volume .
And increased urine volume will lead to the reduction of the fluids , which will stabilize the blood volume .
<u>ANSWER:</u>
"Pheromones" is released by many mammals like cats and dogs that can stimulate a "behavioral response" in another mammal of the "same species".
<u>EXPLANATION:</u>
- By definition, Pheromones is defined as a chemical substance which is produced and released out in to the atmosphere by different types of mammals or even insects.
- Pheromones can be taken similar to hormones working outside of the body. There has been several pheromones test done in human body but there is less proof to justify it.
Answer:
Aphasia
Explanation:
is usually caused by a stroke or a brain injury that damages one or more language-processing areas of the brain.
