In most cases, ascending order referred to the order from small to large. For example, in numerical sorting, ascending order was to sort the numbers from small to large. In Pinyin sorting, it was sorted according to the order of Pinyin alphabets from first to last (similar to the concept of small to large). In the database, Ascending Order (NAC) was also sorted according to a certain rule from small to large. However, the specific definition of ascending order would also vary depending on the sorting object. For example, the ascending order of an Excel list with a mixture of text and numbers was more special, but the overall concept was also a positive order, which could usually be understood as small to large.
This statement was wrong. Descending order was to sort in descending order. For example, when sorting numbers in descending order, the larger numbers would be ranked first, and the smaller numbers would be ranked later. When sorting text in descending order, it was usually arranged in reverse order of letters (for example, from Z to A). In Excel, there were many ways to achieve descending sorting, such as using the [Data-Sorting] function and setting the [Order] to "Descending sort". You could also use related functions, such as the Sert function and passing in the descending argument-1.
The following are a few common sorting algorithms: ##1. Bubble sort 1. ** Principle ** - It repeatedly visited the sequence to be sorted, comparing two adjacent elements each time, and if the order was wrong (such as the larger element being before the smaller element), it would swap them. - He repeated the process of searching the sequence until there were no more elements that needed to be exchanged. At that time, the sequence was completed. 2. ** Instance ** - Suppose there is a sequence [5, 3, 4, 6, 2]. - The first round of comparison: first compare 5 and 3, because 5 > 3, the exchange is [3, 5, 4, 6, 2]; then compare 5 and 4, 5 > 4, the exchange is [3, 4, 5, 6, 2]; then compare 5 and 6, no exchange; then compare 6 and 2, 6 > 2, the exchange is [3, 4, 5, 2, 6]. - The second round of comparison: starting from 3, compare 3 and 4 without swapping; compare 4 and 5 without swapping; compare 5 and 2, 5 > 2, swap to get [3, 4, 2, 5, 6]. - The third round of comparison: compare 3 and 4 without swapping; compare 4 and 2, 4 > 2, swap to get [3, 2, 4, 5, 6]. - The fourth round of comparison: compare 3 and 2, 3 > 2, swap to get [2, 3, 4, 5, 6]. At this moment, the sequence was completed. ##2. Sorting 1. ** Principle ** - Its basic idea was to select a certain element from the data to be sorted according to the specified rules, and then exchange the positions according to the rules to achieve the purpose of sorting. - The first time, the minimum value was selected from the entire array and exchanged with the first element of the array; the second time, the minimum value was selected from the remaining elements (except for the first element that had been sorted) and exchanged with the second element of the array; and so on. 2. ** Instance ** - For the sequence [5, 3, 4, 6, 2]. - First round: First assume that 5 is the smallest value, then compare it with the following elements and find that 2 is the smallest. Exchange 2 and 5 to get [2, 3, 4, 6, 5]. - The second round: Start from 3. Assuming that 3 is the smallest value, compare it with the later ones and find that 3 is the smallest. Without swapping, the sequence is still [2, 3, 4, 6, 5]. - The third round: Start from 4. Assuming that 4 is the smallest value, compare it with the later ones and find that 4 is the smallest. Without swapping, the sequence is still [2, 3, 4, 6, 5]. - The fourth round: Starting from 6, assuming that 6 is the smallest value, compare it with the later ones and find that 5 is the smallest. Exchange 5 and 6 to get [2, 3, 4, 5, 6]. ##3. Heap Sorting 1. ** Principle ** - First of all, he had to understand the concept of a heap. A heap had the properties of a complete tree. If the value of each node is less than or equal to the value of its children, it is called a small top heap. - The basic idea of heap sorting was to construct the sequence to be sorted into a small top heap. At this time, the minimum value of the entire sequence was the root node at the top of the heap. If it was exchanged with the last element, the last element would be the minimum value. Then, the remaining n - 1 elements were reconstructed into a heap, which would get the second smallest value of n elements. Repeating this process would result in an orderly sequence. 2. ** An example (simple)** - Suppose there is a sequence [5, 3, 4, 6, 2]. - First, construct it into a small top heap (the detailed steps are omitted here) to obtain a small top heap structure. The top heap element of 2 is the minimum value. - Exchange 2 with the last element 6 to get [6, 3, 4, 2, 5], then rebuild the top heap of the sequence except for the last element 6, and continue this process until the sequence is orderly. ##4. Counting Sorts (applicable to a certain range of numbers) 1. ** Principle ** - This was a sorting algorithm that was not based on comparison. - When sorting a certain range of numbers, its complexity is O (n + k)(where k is the range of numbers). It counted the number of times each number appeared in the sequence, and then according to the results of the statistics, the numbers were output in order to achieve sorting. 2. ** example (Assuming the range of the whole number is 0 - 9)** - For the sequence [5, 3, 4, 6, 2]. - First, count the number of times each number appears. For example, 2 appears once, 3 appears once, 4 appears once, 5 appears once, and 6 appears once. - Then, in the order of 0 - 9, the elements in the sequence were output according to the statistics, and [2, 3, 4, 5, 6] was obtained.
The order of the Trilogy of the Way of the Rising Dragon was the Way of the Rising Dragon, the Way of the Evil Dragon, and the Way of the Defying Dragon. The novel " Hidden Dragon " is equally exciting. Everyone is welcome to click and read it!
There are many ways to use ascending and descending order in Excel. The following are some common uses: ** 1. Basic Ascending/Descending operations (for numerical values, alphabets, and Chinese characters)** 1. ** Menubar Operation ** - Open the table that needs to be sorted, select any cell in the table, find the [Sorting and Filtering] function group in the [Data] tab, and use [Ascending] or [Descending] in the function group according to the requirements to complete the sorting work. This method had different sorting rules for numbers, letters, and Chinese characters. - For values: The ascending order can be used to sort the values in the current column from small to large, while the descending order can be used to sort the values from large to small. This sorting method does not affect other synchronized data in the table. For example, when sorting the employee age column, select any cell in the age column, and then click the Ascending or Descending command to rearrange the entire table by age. - For alphabets or Chinese characters, the alphabets would be sorted according to the order of the 26 English letters, while the Chinese characters would be sorted according to the first letter of the first word. For example, when sorting the name column, select any cell in the name column and click Ascending or Descending to complete the sorting of the name column. 2. ** Right-click shortcut (for numbers, letters, and Chinese characters)** - Right-click on any cell area in the target column-"sort"-"ascending" or "descending". ** 2. Ascending/Descending related to special sorting operations ** 1. ** Ascending operation in stroke sorting (for Chinese characters, surnames, etc.)** - Choose any cell in the name column, select [Data]-[Sorting], select the [Option] button in the sorting dialog box, select [Stroke Sorting] in [Method], then set [Main Keyword] as the name, and select [Ascending Order] to arrange the surname with fewer strokes in front. 2. ** Ascending operation in horizontal data sorting ** - For example, to sort the data from January to June in the first half of the year (horizontal data) in the table, first, select the data from column B to column G, then select [Sort-by-row]-[Confirm], select [Line 1] as the main keyword, select [Ascending Order] as the order, and click [Confirm] to get the new sorting result. 3. ** Ascending/Descending operation in custom sorting (for data without natural rules)** - For example, to sort by position (such as [Chairman-General Manager-Assistant Manager-Chief Financial Officer-Accountant-Cashiering-Clerk], first, select any cell in the position column, select [Arrange], select [Position] from [Main Keyword], and select [Self-defined Sequence] from [Order]. In the dialog box that popped up, he chose [New Sequence], entered the content as required, and clicked [Add]. After confirming, he returned to the sorting interface. Under [Order], positions in two directions were generated. You could choose from high to low (Descending concept applied in position ranking) or from low to high (Ascending concept applied in position ranking). 4. ** Ascending operation in sorting the specified area (Not recommended, it will mess up the table data)** - For example, if you want to sort the basic salary column from low to high, you can first select some areas of the basic salary column (such as H2:H10 areas) and click [Arrange]. A sorting reminder will pop up. You can choose [Arrange by the currently selected area],[Main keywords] select [column H], and [Order] select [Ascending] to get the sorting result.
If you were in Excel, you could find the ascending and descending operations in the following ways: 1. ** menu options **: - After selecting the cells that needed to be sorted, he chose "Data" in the menu bar, and then chose "Ascending" or "Descending" as needed. A sorting reminder would pop up. He just had to choose "OK", and the data in the other columns would be rearranged according to his choice. - The mouse arrow was placed at the place where you wanted to sort (for example, any cell under a column), and then the mouse was right-clicked. In the pop-up menu bar, you chose "sort", and then you saw "ascending" and "descending" on the right side of the sort. You could choose according to your needs. - You can select any cell in a column of data, and then under the Data tab, click AZ ascending order or ZA descending order (if it is a number, it will be sorted according to the size of the number, if it is a Chinese character, it will be sorted according to the first letter of the Pinyin). 2. ** Function Formula (for newer versions of Excel)**: Use the Sert function. There were four parameters in the SORT formula. The first was the array region to be sorted; the second was the column to be sorted; the third was ascending or descending (fill in 1 in ascending order or omitting, fill in-1 in descending order); and the fourth was to be sorted by row or column. In SQL, use the ORDER BY statement to sort the result set. ASC means ascending (default), DESC means descending.
If the ascending and descending order in Excel is inaccurate, there may be the following reasons and solutions: 1. ** Data format problem ** - ** When the data area contains numbers that are in text format **: The sorting result will be incorrect. For example, A5: A10 was a text number that was sorted by number. The smaller number might be ranked behind the larger number. To make the sorting result correct, you must first convert the text numbers into numerical numbers. - ** Date format problem **: If you are sorting dates, the dates in Excel are actually sequence numbers. In the default date system (1900 date system), dates have corresponding sequence numbers. If the sorting results do not match expectations, it is possible that the date format was mistakenly recognized as a text format. For example, when sorting by month, if it was recognized as text, it might be sorted according to the first syllable of Pinyin from 1 to 12. The solution was to sort by a custom sequence. First, select the title month, then click Data-"sort""filter"-"sort", open the interface and set "date" as the main keyword, then set the sorting method to "custom sequence", select "January, February, March..." in the open interface, and click "confirm" to complete the ascending sorting. You could also try to select the date column that might be in text format, find the split option under the data tab, and then click twice in a row. Next, select the date and click finish. This would become the standard date format and then sort. 2. ** Too many cell format combinations **: If there are more than 4000 cell format combinations in the user's workbooks, when sorting, Excel will prompt "too many different cell format combinations". The cell format combination here refers to any cell in the workbooks. If the cell format is slightly different from other cells, it becomes a cell format combination. The solution was to simplify the format of the workbooks and use a unified font, pattern, and number format. 3. ** Merged cells exist **: If during sorting, Excel prompts "This operation requires all merged cells to have the same size", it means that the data area contains merged cells, and the sizes of the merged cells are different. If the size of the merged cells in the row is exactly the same, you can sort them normally; if they are different, you need to adjust the merged cells to make them the same size or cancel the merged cells before sorting. 4. ** Sorting Region Selection Problem **: If you choose "Sorted by the current selected region" when you use the right-click menu to sort, only the data in the middle column may change, and the data in the left and right columns will not change at the same time, resulting in errors and mispositions in the sorted data. In this case, you should choose to expand the selected area to sort. This would automatically expand the entire range to ensure the compatibility of the relevant data. 5. ** Insufficient Memory **: When sorting or filtering the data area is too large, Excel may prompt the user that there is insufficient memory. Because Excel was a desktop spread sheet software, its performance would be lower than professional database software when dealing with large amounts of data, and it was completely dependent on the hardware configuration of the computer. At this time, you can increase the physical memory of the computer, improve the performance of the computer (such as closing other programs that are not needed for the time being, cleaning the system partition to reserve enough space, deleting the temporary files of the Windows, etc.), reduce the sorted data area, and so on.
Firstly, the spleen of the monsters here was sealed, the lungs were eagle strikes, the liver was flying sand and stones, the kidneys were special skills, and the heart was healing. 2. The order of the teams with seals was usually spleen, lung, liver, kidney, and heart. The spleen had less blood, so they would usually die in seconds if they used solid damage. 3. If the team didn't have a Seal, they should kill the lungs and liver first to reduce the monster's damage output. Usually, the first round would be to seal the spleen and lungs, and then kill the wandering souls. This was because the killing of the first monster was not over yet, and the five internal organs monsters would be blessed by the gods. The rest of the monsters would be killed one by one according to the order of death. The novel " Primitive Law " is equally exciting. Everyone is welcome to click and read it!
😋The story mainly revolved around the cultivation sect of the Ancient Immortal City. The protagonist was born and cultivated in a plane under the jurisdiction of a large cultivation sect. Later, he ascended to the Immortal World and entered the Immortal City to cultivate. I hope you like this recommendation ~ If you need anything, feel free to ask me, I have more good novels to recommend.😁
A small novel usually has around 50,000 to 70,000 words. But it can vary depending on the genre and the author's style.
In Excel, ascending order meant that the data was arranged in order from small to large, while descending order meant that the data was arranged in order from large to small. For example, for a column of numbers, ascending order would place the smallest number first and increase in order, while descending order would place the largest number first and decrease in order. For text columns, ascending order would be arranged in alphabetic order (usually in alphabetic order, from A to Z) or in the order of Chinese characters, while descending order would be arranged in the opposite order.