Have you ever encountered an optical illusion that left you scratching your head in confusion? Well, get ready to test your visual perception with this incredible illusion! In this article, we will present a challenge that is confusing everyone on the internet. The question is simple: which ball is this child holding? However, the answer may not be as clear as it seems. Prepare yourself for a fascinating optical illusion that only the sharpest minds can solve. When it comes to optical illusions, the Internet can’t seem to get enough of it. This was widely spread on social networking sites and many people accepted this challenge because it was very difficult but intrigued the solver. Many people consider this optical illusion to be particularly difficult. Let’s learn more about optical illusions here:
(Image credit: https://www.instagram.com/opticalillusions/)
Which balloon is the child holding? The internet is filled with images and optical illusions that confuse people’s minds. Some suggested methods for finding errors in your logic are to carefully observe the illusion and think of possible reasons why the illusion is confusing. This will allow you to answer the quiz. These puzzles require extreme concentration and concentration from the solver. Sometimes when people can solve a puzzle, they will be amazed at their creativity.Parineeti Chopra judges people by their fingernailsA closer look at the puzzle will tell you which string the child is holding in the picture. However, if you can’t figure out the puzzle yourself, here’s the answer:Is the batsman left-handed or right-handed?The correct answer is the yellow ball in the far left corner of the picture. This illusion is called the Poggendorff illusion. The idea of this puzzle is to draw slanted lines and then hide these lines with another object so that the lines appear skewed. One way you can solve this problem is to cover the obstruction with your index finger and observe the distance between the ball and the thread. Here you can easily observe the trajectory of the thread from the child’s hand. See article here:
