mplement Radix sort for strings. Both input and output are vectors of strings. You can assume all given strings have maximum 10 characters but you can not assume that they all have the same size. Here is the signature of the function you should be writing: vector RadixString(const vector & Input); Please use vector and the function as mentioned pls

mplement Radix sort for strings. Both input and output are vectors of strings. You can assume all given strings have maximum 10 characters but you can not assume that they all have the same size. Here is the signature of the function you should be writing: vector RadixString(const vector & Input); Please use vector and the function as mentioned pls

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter7: Arrays

Section7.6: The Standard Template Library (stl)

Problem 8E

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Write a function that receives a vector of integers already sorted in ascending order, an integer n representing the number of elements in this vector, and an integer b. Implement the sequential search algorithm to look for the integer b in the vector. The binary search works as follows: you must look for the element in the position exactly in the half of the vector, if it is the searched one, it returns the number of tests done so far, if it is not the searched one, calculate the midpoint of the half of the vector after assess whether the searched value is greater or less than the value at the middle position. Not finding the value searched, the function must return 0. The name of the function will be called "busca_bin". int bin_search(int array[], int n, int b){//code}
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Write a function in c programming language that gets an array of points ( function is defined as : typedef struct{ int x; Int y; } point; ) and sorts the array using qsort().Given two points a=(ax,ay) and b=(bx,by) we compare them as follows: 1) if (ax)2+(ay)2 < (bx)2+(by)2, then a should come before b in the sorted array. 2) if (ax)2+(ay)2 = (bx)2+(by)2, then we compare the points by the x coordinate. Remark: For a point a=(ax,ay) the quantity ((ax)2+(ay)2)1⁄2 is the distance of a from the (0,0). That is, we sort the points according to their distance to (0,0), and if for points at the same distance, then we sort them according to the first coordinate. You will need to implement the comparison function, and apply qsort() on the array with this comparison function. For example: - Input: [(3,2), (7,1), (1,1), (3,4), (5,0), (7,1)] - Expected output: [(1,1), (3,2), (3,4), (5,0), (7,1), (7,1) ] Explanation:(1,1) is first because 12+12=2 is the smallest(3,2)…