If all of our senses ultimately send the same kind of electrical signals to the brain, how do we end up with our distinct sensory and perceptual experiences? O The magnitude of each electrical signal...


If all of our senses ultimately send the same kind of electrical signals to the brain, how do we end up with our distinct sensory<br>and perceptual experiences?<br>O The magnitude of each electrical signal influences what we ultimately perceive<br>O The speed at which each electrical signal reaches the brain influences what we ultimately perceive<br>The electrical signals are sent to, and processed by, different parts of the brain that enable each of.our sensès<br>O The electrical signals are later converted to different kinds of energy by the brain's sensory cortex<br>

Extracted text: If all of our senses ultimately send the same kind of electrical signals to the brain, how do we end up with our distinct sensory and perceptual experiences? O The magnitude of each electrical signal influences what we ultimately perceive O The speed at which each electrical signal reaches the brain influences what we ultimately perceive The electrical signals are sent to, and processed by, different parts of the brain that enable each of.our sensès O The electrical signals are later converted to different kinds of energy by the brain's sensory cortex

Jun 05, 2022
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