How to put together six sides of the third order Rubik s cube? How to put together 2 sides of the 3r

The method of putting together the six sides of the third-order Rubik's cube:

1. First spell out a complete color, and the color squares of the Rubik's Cube on the other sides are relatively close to comprehensive.

2. Take the assembled side as the bottom surface, and write a name on the other sides, named 123 in the horizontal row and 456 in the vertical row.

3. Next, you need to find the color block that needs to be rotated to the second layer.

4. The color block required for the second layer is just on the second layer, but the direction is different or the position is wrong, you need to transfer it to the third layer first, transfer it to the third layer, and then follow the method of the previous two steps to spell the second layer.

The six-sided Rubik's cube is generally a formula, and the more recommended formulas are up, right, right, backward, left, up, left, up, left, right, and the position of the small square at the bottom of this formula is unchanged, and the direction of the Rubik's cube when it rotates can not be messed up.

The basic steps of the six-sided Rubik's Cube are to first return the bottom edge, the bottom corner, the middle edge, the top edge, the top edge, the top angle, the top edge, each of these seven steps has a fixed formula. When operating, you can operate according to the formula, and after you are familiar with it, you can basically remember it, and you can study it yourself without the formula.

The formula for the second layer of the Rubik's Cube simple formula is:

Left up, right down, right down, reverse left, straight.

Rubik's Cube Left and Right Up and Down Formula Table:

Play the color of the first layer consistently, and make the color of the side of the first layer the same as the color of the side of the Rubik's Cube 4.

The second level of formulas: upward straight - right straight - upward reverse - right reverse - upward reverse - forward reverse - upward straight - forward straight.

The third level of the formula (starting cross): right reverse - upward reverse - forward reverse - upward straight - forward straight - right straight.

The third layer of the formula (four-corner block): right shun - upper shun - right reverse - upper shun - upper shun Gong Guangjia locust Guiwei Han Lian 180 ° - right shun - right reverse.

The third level of the formula (also four corners): right straight - upward - right reverse - upward reverse - right reverse - forward - right straight 18° - upward reverse - right reverse - upper reverse - right straight - right reverse - forward reversal.

The third level formula (also centered): right straight - upward reverse - right straight - up straight - right straight - upper shun - right straight - lower reverse - right reverse - upper reverse - right 180°

Note: Turn: Ninety degrees clockwise.

Inverse: Ninety degrees counterclockwise.

Summary. The Rubik's Cube, also known as the Rubik Cube, was first invented in 1974 by Professor Ernor Rubick of the Budapest School of Architecture in Hungary. The Rubik's Cube has a variety of gameplay methods such as racing, blind twisting, and single twisting, and its popularity has endured, and it is one of the most popular intellectual games with large and small events held every year.

In the usual sense, the Rubik's Cube refers to the third-order Rubik's Cube in the narrow sense. The third-order Rubik's Cube shape is usually a cube and is made of elastic hard plastic. The regular racing game is to disrupt the Rubik's Cube and then restore it in the shortest possible time.

In a broad sense, the Rubik's Cube refers to all kinds of geometry that can be disrupted and restored by turning.

After the completion of one side, the middle layer is restored, and this reduction method needs to put the restored white bottom face down. Two formulas are used in the reproduction process, with the aim of making the colors exchanged. If 1 is to be swapped, the formula is applied:

uru'r'u'f'uf。If you need to swap 2, then apply the formula: u'l'ulufu'f'。

After the middle layer is restored, the top surface is restored in one word. All you need to do is apply the formula. Formula: frur'u'f'

After the word is restored, it is the top cross reduction, and the formula that needs to be used is exactly the same as the formula for the use of the top word. Formula: frur'u'f'

The Rubik's Cube, also known as the Rubik Cube, was first invented in 1974 by Professor Ernor Rubick of the Budapest School of Architecture in Hungary. The Rubik's Cube has a variety of gameplay methods such as racing, blind twisting, and single twisting, and its popularity has endured, and it is one of the most popular intellectual games with large and small events held every year. In the usual sense, the Rubik's Cube refers to the third-order Rubik's Cube in the narrow sense.

The third-order Rubik's Cube shape is usually a cube and is made of elastic hard plastic. The regular racing game is to disrupt the Rubik's Cube and then restore it in the shortest possible time. In a broad sense, the Rubik's Cube refers to all kinds of geometry that can be disrupted and restored by turning.

1. First put the white block in the middle (the one with the rubiks logo) on the top, and then make a white cross at the top, that is, the blocks of other colors are in the corresponding position.

2. Then the white corner blocks are put in place (the cheats are very complicated, or it is easier to understand by looking at the picture).

3. Then let the middle layer edge block return to position.

Turn the white side downward, find the red and green side blocks, if the red and green edge blocks are on the top layer, then rotate the top layer in a clockwise direction until the side blocks are the same as the one in the diagram, and then turn the Rubik's Cube according to the formula to make the side blocks return to their positions.

If the red and green edge blocks are in the middle layer, but the position or color is wrong, first make the red and green edge blocks in the front right position, and then rotate them again in one of the following orders.

4. Then adjust the top layer (should be yellow) side block upwards to make a yellow cross. If the yellow cross does not appear on the top layer after 1 rotation of the formula, you can repeat the rotation until the yellow cross appears.

5. Then adjust the yellow corner blocks to the cross, which is a bit difficult, look at the mantra prompt. Usually at this time, the yellow block and the color of the side will be misaligned, and the yellow block at the four corners will be positioned according to the mantra (I haven't read it yet).

6. Finally, adjust the color block on the edge to the corresponding position. Succeed with flying colors!! Get excited.

The 4 center blocks on the top layer are all the same color or only two are of the same color, with one color facing the right and one facing your face'

r'u'f'u2fu

ru'r'Now the 4 center blocks are all 4 small blocks of left, right, front and back colors.

Next, we have to align the 4 small blocks of the top layer to be consistent with the center block of each face, of course, if your 4 small blocks are consistent with the center block of each face, then don't move it, if not, there must be two of the 4 small blocks of the top layer aligned, then you align them first, put one of the two sides of the alignment in the back, and one on the right.

rur'uru2

r'Very good, your cross has been aligned with the center on all four sides, and the next thing is to change the corners, and the four corners only need to be restored by one angle, and you can use the formula.

Put the restored corner in your bottom left corner (the corner where the left side meets the front) using the formula l'ru'lur'u'l'ul

It's those three unrestored angles that jump counterclockwise.

Put the restored corner in your lower right corner (the corner where the right side meets the front) using the formula l'ru'lur'u'l'ul

It's those three unrestored angles that jump counterclockwise.

If two corners have been restored, there are two corners left.

Put the two corners on the left side.

With the formula l'ru'lur'u'l'ul

Then the whole Rubik's Cube is turned 90° counterclockwise

With the formula l'ru'lur'u'l'ul

If it's not good, just repeat the same action just now.

Put the two corners on the left side.

With the formula l'ru'lur'u'l'ul

Then the whole Rubik's Cube is turned 90° counterclockwise

With the formula l'ru'lur'u'l'ul

Well, the four corners are restored.

The steps to assemble the six sides of the third-order Rubik's Cube are as follows:

1. We first need to prepare a shuffled Rubik's Cube.

2. First of all, you need to restore the center block, turn the Rubik's cube, and return the center block of the same color to its original position. There are 6 central blocks, each representing a different color. By looking at the color around the center block on each face, you can determine which center block is currently in the correct position, and then turn the other center blocks to the correct position.

3. Next, you need to restore the prism (a block composed of two blocks of the same color). Adjacent color blocks need to be paired to restore. It is necessary to rotate the Rubik's Cube repeatedly and transpose and adjust until the edge is restored.

4. Restoring the corner blocks is a more complicated step, because there are three colors on the corner blocks. This step requires repeated application of the following formula: urulurul. After completing this step, the five sides of the third-order Rubik's Cube have been successfully restored, but the top surface has not yet been completed.

The next step is to make the final adjustments.

5. Finally, the top surface is restored, and by rotating the top surface, a row of colors on the bottom surface and the surrounding side colors can be aligned one by one to form a T-shape. Then adjust the color on the empty row above the T-shape so that it matches the bottom color.

The benefits of spelling the third-order Rubik's Cube

The third-order Rubik's Cube is one of the classic educational toys, which can exercise people's spatial imagination, hand-eye coordination and logical reasoning. In addition to the ordinary restoration gameplay, the third-order Rubik's Cube also has a lot of advanced gameplay and fancy, such as quick restoration, one-step restoration, Rubik's Cube rotation, etc., which can challenge different difficulties and challenge your own operation speed and level.