Which ball will hit the ground first? 99% Failed Will You?

The physics sentence of this brain has made thousands of people scratch their heads. Take a look at this picture and at first glance think “This one is easy“Just know that you are completely wrong. Two balls, one hanging from the spring and the other off the line, are released at the same time. So which ball will hit the ground first?

Ready to test your brain?

Some swear it was an A ball, others believe it was a B ball. The correct answer is not what most people expect. But before you rush to answer, take a closer look.

Your intuition can lead you in the wrong direction!

But here’s a clue! The answer is surprisingly simple when you understand science, but chances are you will guess yourself a second time before getting there.

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Before jumping to the answer, study the picture carefully. This is one of them. Brain teaser Puzzles that always deceive even people who love science ..

Here’s what you know:

• Ball A is attached to the extension spring.
• Ball B is hung by a simple rope.
• Both supports are disconnected at the same time.
• Both balls start from the same height.

So which ball will hit the ground first?

Your first response may be that ball B falls first because the spring must ‘shrink’ before ball A begins to move. Some believe that a stretched spring gives Ball A extra sliding down so that Ball A will win the race.

But physics tells another story.

Choosing “correct” is …

Which ball lands on the ground first? Answer: Both balls touch the ground at the same time.

Surprised? Let us get into the cause.

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Physics behind Riddle

Before the aid is cut, both balls are perfectly balanced. Gravity is pulling Ball A down. The elongated spring is pulling upwards with the same force. In the same way, gravity pulls down on ball B and the rope pulls up with equal tension. These forces cancel each other out so the two balls do not move. But when you cut the spring and you cut the wire, things are different. Support for both systems is lost and both systems begin to fall under the influence of gravity alone.

Here’s the fun part: Spring doesn’t continue to hold ball A because it is also falling. The entire spring and ball system is in free fall, so all parts of it are accelerating. Thus, the spring does not slow down or accelerate the movement of the ball. Ball B and its strings sink in the same way. Acceleration is the same on both balls (regardless of wind resistance). So if both balls are dropped from the same height, they will hit the ground at the same time.

Many people misunderstand because the brain tends to focus only on the spring. Although this assumption makes sense, they ignore one important fact: The spring itself also falls..

Since all parts of the spring accelerate down together, the ball does not have to “wait” for anything. The whole system just went into free fall.

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So if you are still wondering which ball hits the ground first, the answer is no.

And now you know the science behind the answer surprises everyone by solving such a brain puzzle!

Tell us your thoughts on the physics of this delightful brain. riddle In the comment below!

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