And who is so smart here?
Do you solve puzzles every day?
And who is so smart here?
Do you solve puzzles every day?
Well, in general, yes. If they are solved as often as possible, the brains will stop creaking with the last of their strength, the mind will become much more alive — and all this will be without painful efforts, as in school lessons of unloved chemistry. Puzzles are a pleasure to solve. Solid positive and useful.
And today is a particularly interesting task that helps to get out of the familiar plane and add a little bulge and volume to the experiences. That is, we use spatial thinking!
Don’t worry, there’s an answer at the end, too.
A trick problem
Spatial thinking — even sounds difficult. However, without this skill, we will not even be able to get up from a chair, we will not be able to leave the room if we do not estimate its volume. Spatial thinking allows you to calculate options beyond one, design, sew and knit, play strategies. By nature, everyone can do this, but not everything is equally good.
Fortunately, people are teachable, and if you connect puzzles to the case, it will quickly get better. A new skill is being mastered and honed, tasks are gradually becoming more complicated — and now we begin to act like superhumans. And all our opportunities begin with solving problems like today’s.
Here it is, this egg tray. You need to count how many eggs are in the photo. You need to count slowly, with feeling, sense and arrangement. Of course, it’s worth talking in the comments with like-minded people.
At first glance, it seems, well, how do you know how many eggs were poured into this slide? But if you imagine an empty tray in your mind, realize how it works and turn it around in front of your mind’s eye, clarity appears.
Look carefully, the paper tray has 4 egg cells on both sides. So, it’s square, it’s easy to count the number of eggs in the bottom row. All the cells are filled, otherwise the top layer would simply not hold in place.
It holds 3 eggs on each side, a total of 9.
4 more eggs were laid out on these 9 eggs and the top one completes the pyramid.
Adding up the resulting 16, 9, 4 and one on top, you can get the result, 30 pieces.
It was only necessary to think a little to get an answer. The main thing is to turn on volumetric thinking and think about what patterns will lead us to the answer.
Was it possible to count the number of eggs correctly or were there mistakes? Admit how the puzzle was solved!z
Well, in general, yes. If they are solved as often as possible, the brains will stop creaking with the last of their strength, the mind will become much more alive — and all this will be without painful efforts, as in school lessons of unloved chemistry. Puzzles are a pleasure to solve. Solid positive and useful.
And today is a particularly interesting task that helps to get out of the familiar plane and add a little bulge and volume to the experiences. That is, we use spatial thinking!
Don’t worry, there’s an answer at the end, too.
A trick problem
Spatial thinking — even sounds difficult. However, without this skill, we will not even be able to get up from a chair, we will not be able to leave the room if we do not estimate its volume. Spatial thinking allows you to calculate options beyond one, design, sew and knit, play strategies. By nature, everyone can do this, but not everything is equally good.
Fortunately, people are teachable, and if you connect puzzles to the case, it will quickly get better. A new skill is being mastered and honed, tasks are gradually becoming more complicated — and now we begin to act like superhumans. And all our opportunities begin with solving problems like today’s.
Here it is, this egg tray. You need to count how many eggs are in the photo. You need to count slowly, with feeling, sense and arrangement. Of course, it’s worth talking in the comments with like-minded people.
At first glance, it seems, well, how do you know how many eggs were poured into this slide? But if you imagine an empty tray in your mind, realize how it works and turn it around in front of your mind’s eye, clarity appears.
Look carefully, the paper tray has 4 egg cells on both sides. So, it’s square, it’s easy to count the number of eggs in the bottom row. All the cells are filled, otherwise the top layer would simply not hold in place.
It holds 3 eggs on each side, a total of 9.
4 more eggs were laid out on these 9 eggs and the top one completes the pyramid.
Adding up the resulting 16, 9, 4 and one on top, you can get the result, 30 pieces.
It was only necessary to think a little to get an answer. The main thing is to turn on volumetric thinking and think about what patterns will lead us to the answer.
Was it possible to count the number of eggs correctly or were there mistakes? Admit how the puzzle was solved!
