how to determine perfect square

Given a positive integer num, write a function which returns True if num is a perfect square else False.Note: do not use any built-in library function such as sqrt .Example 1:Input:16returns:trueExample 2:Input:14returns:falseCredits:Special thanks

If some sides have different squares, you can just spell a larger square, which is called the perfect square.Historically, it took a long time to find a few perfect squares. For example: 22 squares with a length below2 3 4 6 7 8 12 13 14 15 16 17 18

The so-called perfect checkerboard coverage is like this. On the 8-by-8 chess board, cover it with a 1-by-2 rectangle. Shows the checkerboard: If all the grids on the board are covered, and there is no leakage or repeated coverage, then such

Title Description: give a positive integer, do not use built-in functions, such as sqrt (), to determine whether this number is a number of squares. Idea: Direct use of dichotomy, seemingly nothing to say. The code is as follows:1 classsolution

As mentioned above, in addition to classification algorithms, the feature extraction algorithms for processing classification texts also have a huge impact on the final effect. Feature Extraction algorithms are classified into feature selection and

SOJ3191 of Problem solving report free squareDescriptionTime limit:5000 MS Memory limit:65536 KDescriptionA Positive integer is said to being squarefree if it is divisible by no perfect square larger than 1. For example, the first few squarefree

We know that any element in an array can be accessed within an O (1) time by direct addressing via an array (directly addressing). Therefore, if the storage space allows, you can provide an array, for each possible keyword to maintain a location,

We know thatDirect addressing)To access any element in the array within the O (1) time. Therefore, if the bucket permits, an array can be provided to reserve a location for each possible keyword, and direct addressing technology can be applied. Hash

367. Valid Perfect SquareTest instructions: Do not use the API to determine whether an integer is a square number.The idea of starting is to determine whether the square number is directly in the dichotomy.The wrong code:1 Public

GivenNIntegers you cangenerate2n-1Non-empty Subsets from them. determine for howsets of these subsets the product of all the integers in that is a perfectsquare. for example for the set {4, 6, 10, 15} There are3 such subsets. {4}, {6, 10, 15} and {4,