can you please show me the code i would use in python spyder Exercise 3CWrite a function called primes between which takes two integers, n and m (with m > n), and returns thenumber of primes in the range [n, m]. For clarity, primesbetween (10,23) should return the integer 5(since 11, 13, 17, 19, 23 are the primes in the closed interval [10,23]). Take care at the ends of the interval[n, m]!

is_prime(num) Algorithm:If the input number num is less than 2, return False.Iterate from i = 2 to…

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can you please show me the code i would use in python spyder

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Your task is to complete a function GetArrangements() that returns the count of all the possible arrangements of length N that can be derived from the characters of an input string of length N. The input string may or may not have repeated characters. Your function should handle all the possible cases. For example,for the input provided as follows:ABCBThe function should return12Explanation:For input string, “ABCB” whose length is 4, the possible sub-strings of length 4 are ABCB, ACBB, ABBC, BBAC, BABC, BACB, CBAB, CABB, CBBA, BBCA, BCBA and BCAB. Therefore your function should return 12 for this input stringAnother example,for the input provided as follows:ABCThe function should return6 Code: #include<stdio.h>#include <string.h>int GetArrangements(char s[]){int output=-1;return output;}int main(){char s[100];gets(s);//write your code hereprintf("%d",GetArrangements(s));return 0;}
Exercise 3C Write a function called primesbetween which takes two integers, n and m (with m > n), and returns the number of primes in the range [n, m]. For clarity, primesbetween (10,23) should return the integer 5 (since 11, 13, 17, 19, 23 are the primes in the closed interval [10,23]). Take care at the ends of the interval [n, m]!
Your task is to complete a function GetArrangements() that returns the count of all the possible arrangements of length N that can be derived from the characters of an input string of length N. The input string may or may not have repeated characters. Your function should handle all the possible cases. For example,for the input provided as follows: ABCB The function should return 12 Explanation: For input string, “ABCB” whose length is 4, the possible sub-strings of length 4 are ABCB, ACBB, ABBC, BBAC, BABC, BACB, CBAB, CABB, CBBA, BBCA, BCBA and BCAB. Therefore your function should return 12 for this input string Another example,for the input provided as follows: ABC The function should return6 programming language c#include<stdio.h>#include <string.h> int GetArrangements(char s[]){int output=-1;return output;}int main(){char s[100]; gets(s); //write your code here printf("%d",GetArrangements(s));return 0; }
Bartleby answered my homework and Write a function called has_duplicates that takes a string parameter and returns True if the string has any repeated characters. Otherwise, it should return False. Implement has_duplicates by creating a histogram using the histogram function above. Do not use any of the implementations of has_duplicates that are given in your textbook. Instead, your implementation should use the counts in the histogram to decide if there are any duplicates. Write a loop over the strings in the provided test_dups list. Print each string in the list and whether or not it has any duplicates based on the return value of has_duplicates for that string. For example, the output for "aaa" and "abc" would be the following. aaa has duplicatesabc has no duplicates Print a line like one of the above for each of the strings in test_dups. True needs to be defined. I tried to code it but didn't accept and got an error message.
Your task is to complete a function GetArrangements() that returns the count of all the possible arrangements of length N that can be derived from the characters of an input string of length N. The input string may or may not have repeated characters. Your function should handle all the possible cases. For example,for the input provided as follows: ABCB The function should return 12 Explanation: For input string, “ABCB” whose length is 4, the possible sub-strings of length 4 are ABCB, ACBB, ABBC, BBAC, BABC, BACB, CBAB, CABB, CBBA, BBCA, BCBA and BCAB. Therefore your function should return 12 for this input string Another example,for the input provided as follows: ABC The function should return6
Implement function prt_triangle that takes an integer n from the user and prints a n-row triangle using asterisk. It first prompts the message "Enter the size of the triangle:", takes a number from the user as input, and then prints the triangle. You should use the function printf to display the message, allocate memory for one null-terminated strings of length up to 2 characters using char rows[3], and then use the function fgets to read the input into the strings, e.g. fgets(rows, sizeof(rows), stdin). You also need to declare one integer variable nrows using int nrows, and use the function atoi to convert the string rows into the integer nrows. You can use the command man atoi to find more information on how to use the atoi function. A sample execution of the function is as below:Enter the size of the triangle: 5 * ** ** * make sure it is in C not C++
Write a function that takes 4 Inter gets (num1, den1,num2,den2) as parameters which represent the rational numbers num1/den1, num2/den2 and returns the division of these two fractions. A/B ÷ C/D = A/B × D/C = AD/BC • den 1, den2, and num2 can not be zero. • use multiplication_rat function.
Data geeks log their daily activities for no good reasons. In this problem, you are to process data in a logbook. The logbook is given to you as a list of strings. These are the lines from the logbook. Our goal is to derive this person's average jogging speed (ignoring data about all other activities). The author logged data into her book carefully following a specific format. Hence, your input looks similar to the following example: log_book = [ "cycling;time:1,49;distance:2", "jogging;time:40,11;distance:6", "swimming; time:1,49;distance:1.2", "jogging; time:36,25;distance:5.3", "hiking; time:106,01;distance:8.29" There can be as many lines (entries) as the logbook may contain. But each line always contains three pieces of information: (1) the type of activity; (2) the duration of that activity (time in minutes); and (3) the distance involved in that activity (in km). These three pieces are semicolon(;)-separated, and there will not be extra spaces anywhere. Therefore, for example,…
Levenshtein distance is the minimum number of editing operations (insertions, deletions, or replacements) needed to turn one sequence into another. For example, given the two words loyola and cravola, how many edits are needed to transform one into the other? loyola → covola [change I to c] → crvola [change o to r] → crayola [add a] www A. Implement a function that computes the Levenshtein distance between two sequences using memorization. Note, you must implement the algorithm that determines the distance; you cannot use imported Python functions to calculate it for you. The function should take in two parameters, the two sequences, and return the distance (an integer). B. Implement a function that computes the Levenshtein distance between two sequences using dynamic programming. Again, you must implement the algorithm that determines the distance; you cannot use imported Python functions to calculate it for you. The function should take in two parameters, the two sequences, and…
To translate a sentence into pig Latin, create a function. When a word is written in pig Latin, its first character is dropped, shifted to the word's tail, and the letters "ay" are added. For instance, "hello world" would be "ellohay orldway" in pig Latin. Your function can be written to presume that each word has at least two letters, that there is one space between each word, and that there are no punctuation marks.
Write a function that takes 3 integers (num,den,power) as parameters which represent the rational number num/den and its power and returns the difference of these two fractions. (A/B) to the power of n = A to the power of n/B to the power of n • den can not be zero. • use simplify function.
Write a function that receives the left, bottom, right and top coordinates oftwo rectangles, and then computes the perimeter of their intersection. The function returns 0 if there is no intersection between the two rectangles. The rectangles are given as follows:intersection(l1,b1,r1,t1,l2,b2,r2,t2)where,l1 -> left of rectangle 1b1 -> bottom of rectangle 1r1 -> right of rectangle 1t1 -> top of rectangle 1l2 -> left of rectangle 2b2 -> bottom of rectangle 2r2 -> right of rectangle 2t2 -> top of rectangle 2