Home US Can YOU make it through this brain teaser in under 25 seconds? It takes average IQ person three tries to pronounce the color instead of the word correctly for each

Can YOU make it through this brain teaser in under 25 seconds? It takes average IQ person three tries to pronounce the color instead of the word correctly for each

by Jack
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A new riddle that challenges you to pronounce the color and not the word reveals how good your mental coordination is
  • New riddle reveals how good your mental coordination is
  • But it takes the average person three times to successfully complete
  • READ MORE: Only people with high IQ can detect the odd letters in this puzzle

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A new riddle that challenges you to pronounce the color and not the word reveals how good your mental coordination is.

The image features several different shades, but the font color of the text does not match the word.

The puzzle takes about 25 seconds to successfully complete, but it takes the average person three tries before getting it right.

A new riddle that challenges you to pronounce the color and not the word reveals how good your mental coordination is

A new riddle that challenges you to pronounce the color and not the word reveals how good your mental coordination is

The amazing puzzle, created by a contact lens company glasses store, can get your brain into overdrive as you work to coordinate your eyes and mouth.

This is because the right hemisphere of your brain tries to pronounce the color, while the left hemisphere insists on pronouncing the word.

Our brain has two sides or hemispheres, and language skills are usually on the left side of the brain.

The left side is also tasked with logic, critical thinking, numbers and reasoning, so you may be saying the word shown and not the color.

While the right side controls attention, memory, reasoning and problem solving.

That hemisphere is also responsible for recognizing faces, reading emotions, using imagination, and appreciating colors.

The right hemisphere of the brain also controls the muscles on the left side of the body, while the left hemisphere does the same on the right side of the body.

The mind-blowing puzzle can get your brain racing as it works to coordinate your eyes and mouth. This is because the right hemisphere of your brain tries to pronounce the color, while the left hemisphere insists on pronouncing the word.

The mind-blowing puzzle can get your brain racing as it works to coordinate your eyes and mouth. This is because the right hemisphere of your brain tries to pronounce the color, while the left hemisphere insists on pronouncing the word.

The mind-blowing puzzle can get your brain racing as it works to coordinate your eyes and mouth. This is because the right hemisphere of your brain tries to pronounce the color, while the left hemisphere insists on pronouncing the word.

Psychologists have theorized that people are left-brain or right-brain dominant because some individuals prefer one type of thinking over another.

For example, people who tend to be more logical and analytical are said to be “left brained.”

and those who are The “right side of the brain” can be more intuitive, creative and subjective.

However, other studies have challenged the theory by showing that there is no ruling side.

In 2013, neuroscientists at the University of Utah debunked the myth by identifying specific networks in the left and right brain that process lateralized functions.

Lateralization of brain function refers to certain mental processes that are specialized in one of the left or right hemispheres of the brain.

Over the course of the two-year study, researchers analyzed resting brain MRIs of 1,011 people between the ages of seven and 29.

By monitoring brain activity, scientists were able to correlate brain activity in one region of the brain compared to another.

In each person, they studied functional brain lateralization, measuring 7,000 brain regions and examining which brain regions were most lateralized.

They looked for connections, or all possible combinations of brain regions, and added up the number of connections for each brain region that was lateralized to the left or right.

They found no evidence that individuals use the left-brain network or the right-brain network more frequently.

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