Any data that is keyed to a numeric or text field may be sorted in ascending or descending order.
Data that is keyed to a date may be sorted in chronological order (ascending with oldest first) or reverse-chronological order (descending order with newest first).
Data that is keyed to a price may be sorted with most-expensive first (descending order) or least-expensive first (ascending order).
Data that is keyed to a weight may be sorted in ascending or descending order of weight.
And so on.
There is no best, worst or average case running time for bucket sort. We must assume that the number of elements in the list is comparable to the possible number of values in the list. Making it O(n). Correct me if I am wrong but if the values in the list are already sorted or close to being already sorted it would be O(n lg n).
H1 to H6 are examples of HTML tags that are used to display text in a different set of sizes with H1 being the biggest and H6 being the smallest. "H" refers to "Heading"For Ex: below is how the text may look if enclosed within the "H"a. H1 - Testb. H2 - Testc. H3 - Testd. And so on.
Yes, an array that is in sorted order is considered a min-heap because the smallest item in the array is the root. Also, the rest of the items in the array will gradually get bigger from the root until the end of the array.
technology helps us find information we can't find anywhere else. technology is harmful because our environment is being harmed by the oil being lost and humans using too many things we don't need.
Some examples of inclined planes:A rampA bathtubA wheelchair rampA sloped roofA playground slidethere are five examples that i found of inclined planes and they aer ramps stairs hills mountins and roadsAn example of a simple inclined plane is a ramp, such as a plank of wood that is used to lift a wheelbarrow, or a wheelchair ramp. It means that heavy loads can be more easily moved, the payoff being that you need to move the object further. Other examples may include a slide, where the dropping speed of a load can be controlled by by increasing the length by which it travels.More complicated examples include a knife blade, where the knife is pushed further through a softer material, but allows the material to be separated - moved either side of the blade by a small amount. Saws, chisels and drill bits work on the same principle, allowing easier removal of material through repetitive motions, the inclined planes here being the individual saw teeth, or the cutting part of the drill.these are some examples of an inclined planesEx.bathtub,wheelchair ramp,skateboard ramp,and a truck ramp
The data that is being organized in ascending or descending order is the numbers or the alphabet. Ascending means is from lowest to highest and descending means from highest to lowest.
There is nothing that can only be sorted in ascending order - unless the sorting is being done as the data are being generated.
The choice between ascending and descending paper chromatography depends on the specific compound being analyzed. In general, descending chromatography is preferred for compounds that are more soluble at the starting point on the paper, while ascending chromatography is better for compounds that are less soluble at the starting point. It is important to consider the properties of the compound and the goal of the chromatography experiment when choosing between ascending or descending.
The ancient belief is that Sparrows can see souls whether they are ascending or descending. I think they might be carriers of souls or even temporary vessels. Their song is said to announce a soul descending from heaven or ascending to heaven. From personal experience, I know this to be true.
To have the column being searched sorted in ascending order and to find the nearest value equal to or below the search value.
The sequence of the colon is: cecum with the attached appendix, the ascending colon, transverse colon, the descending colon, and the sigmoid colon (S shaped) and ends at the rectum.
Assume an array of integers (size > 0) to be sorted in descending order. And the values have been populated already: const int size = 50; //by changing the value here int[] array = new int[](); // omit the initialization of array Array.Sort(array); // array will be changed with ascending order Array.Reverse(array); // change from ascending to descending NOTE: Array.Sort() and Array.Reverse() are 2 of the functions in the class library. We do not care the algorithm being used within the functions, just the result. Also noted that the these 2 functions do change the content of the source array. It may not be what you want
The built in array sorting algorithm (java.util.Arrays.sort) depends on the type of data being sorted. Primitive types are sorted with a modified implementation of quicksort. Objects are sorted with a modified implementation of mergesort.
If you're asking about melodic scales then the answer is that when you are playing it ascending (on the way up) you raise the 6th and 7th notes, so if they were flats in the key signiture then you would play them as naturals, then when descending (on the way down) you play them as written in the key signiture, so in that example they would go back to being flats. :D
To broadly accept an idea or suggestion, but subject to some smaller issues being sorted out.
Potential energy being turned into kinetic energy
You can use the RANK function. Put all your numbers into a column. They can be in any order. In the cell beside the first number enter the RANK function. It specifies the cell you want to rank, the list of values that it is being ranked out of, and optionally whether you want to rank it in ascending or descending order. Say your full list of values are in the cells from A2 to A15. In cell B2 you could enter the following formula to find where the value in A2 ranks overall: =RANK(A2,A2:A15) If, as is likely, you want to copy that down for all values, you need to absolute the list of values, so the formula would be like this: =RANK(A2,$A$2:$A$15) If use the order option and it is 0 (zero) or omitted, it ranks the number as if it were a list in descending order. This is the most common way of doing it. If order is any nonzero value, it is treated as if it were a list sorted in ascending order. It is omitted in the above example. If included you could have something like: =RANK(A2,$A$2:$A$15,1)