Question

The modern digital computer has a comparable number of basic computational elements ("neurons") to that of a brain, yet humans can identify an image 1000 times faster than a computer. Why is this so?

a) The brain processes information in parallel, while computers process information sequentially.
b) Computers lack the ability to store long-term memories.
c) The brain has a larger working memory capacity than computers.
d) Computers do not use symbolic representation for information processing.

Answer 1

The brain processes information in parallel, while computers process information sequentially. The brain has a larger working memory capacity than computers.

Step-by-step explanation:

The reason humans can identify an image 1000 times faster than a computer is because the brain processes information in parallel, while computers process information sequentially.

Unlike computers, the brain can perform multiple tasks simultaneously, allowing it to process information much faster. This parallel processing is made possible by the vast network of interconnected neurons in the brain.

Furthermore, the brain has a larger working memory capacity than computers, allowing it to hold and manipulate more information at once. This is why humans can quickly recognize patterns and make connections that computers sometimes struggle with.