def loopy_madness(string1: str, string2: str) -> str: Given two strings and , return a new string that contains letters from these two strings "interwoven" together, starting with the first character of . If the two strings are not of equal Zength, then start looping "backwards-and-forwards" in the shorter string until you come to the end of the longer string. "interwoven" (or "interweaving") means constructing a new string by taking the first letter from the first string, adding the first letter of the second string, adding the second letter of the first string, adding the second letter of the second string, and so on. "backwards-and-forwards" is a custom looping term. First the loop starts at position 1 (index 0) and goes until position n (i.e., the end). Once the loop reaches position n, it goes backwards, starting at position n - 1 and goes to position 1 (index 0). This repeats until the two strings are interwoven. For example, the backwards-and-forwards operations of "abc" WOuld be "abcbabcba...

def loopy_madness(string1: str, string2: str) -> str: Given two strings and , return a new string that contains letters from these two strings "interwoven" together, starting with the first character of . If the two strings are not of equal Zength, then start looping "backwards-and-forwards" in the shorter string until you come to the end of the longer string. "interwoven" (or "interweaving") means constructing a new string by taking the first letter from the first string, adding the first letter of the second string, adding the second letter of the first string, adding the second letter of the second string, and so on. "backwards-and-forwards" is a custom looping term. First the loop starts at position 1 (index 0) and goes until position n (i.e., the end). Once the loop reaches position n, it goes backwards, starting at position n - 1 and goes to position 1 (index 0). This repeats until the two strings are interwoven. For example, the backwards-and-forwards operations of "abc" WOuld be "abcbabcba...

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

See similar textbooks

Similar questions

def while_loops(string1: str, string2: str) -> str:""" Given two strings <string1> and <string2>, return a new string that contains letters from these two strings "interwoven" together, starting with the first character of <string1>. If the two strings are not of equal length, then start looping "backward-and-forwards" in the shorter string until you come to the end of the longer string.we ask that you used while loops and keep them simple and precise.>>> while_loops("abcde","12")'a1b2c1d2e1'>>> while_loops("ab","123")'a1b2a3'>>> while_loops("abcdfe","123")'a1b2c3d2f1e2'>>> while_loops("c","ab")'cacb'""" prove these doctests and write the code in python and don't add any import or any dictionaries or dictionary methods or any try-except statements
Implement the following function which accepts a string as parameter and reverses it, without using any function from the string library. void strReverse(char *str)
Artificial Intelligence- Java program Write code that accomplishes the following tasks. Consider two bags that can hold strings. One bag is named letters and contain seeral one-letter strings. The other bag is empty and is namedvowels. One at a time removed a string from letters. If the string contain a vowel place it into bag vowels, otherwise, discard the string. After you have checked all of the strings in letters, report the number of vowels and the number of times each voewl appears in the bag.
def loopy_madness(string1: str, string2: str) -> str:"""Given two strings <string1> and <string2>, return a new string thatcontains letters from these two strings "interwoven" together, starting withthe first character of <string1>. If the two strings are not of equallength, then start looping "backwards-and-forwards" in the shorter stringuntil you come to the end of the longer string."interwoven" (or "interweaving") means constructing a new string by takingthe first letter from the first string, adding the first letter of thesecond string, adding the second letter of the first string,adding the second letter of the second string, and so on."backwards-and-forwards" is a custom looping term. First the loop startsat position 1 (index 0) and goes until position n (i.e., the end). Once theloop reaches position n, it goes backwards, starting at position n - 1 andgoes to position 1 (index 0). This repeats until the two strings areinterwoven. For example, the…
def loopy_madness(string1: str, string2: str) -> str:"""Given two strings <string1> and <string2>, return a new string thatcontains letters from these two strings "interwoven" together, starting withthe first character of <string1>. If the two strings are not of equallength, then start looping "backwards-and-forwards" in the shorter stringuntil you come to the end of the longer string. "interwoven" (or "interweaving") means constructing a new string by takingthe first letter from the first string, adding the first letter of thesecond string, adding the second letter of the first string,adding the second letter of the second string, and so on. "backwards-and-forwards" is a custom looping term. First the loop startsat position 1 (index 0) and goes until position n (i.e., the end). Once theloop reaches position n, it goes backwards, starting at position n - 1 andgoes to position 1 (index 0). This repeats until the two strings areinterwoven. For example, the…
public static String pancakeScramble(String text) This nifty little problem is taken from the excellent Wolfram Challenges problem site where you can also see examples of what the result should be for various arguments. Given a text string, construct a new string by reversing its first two characters, then reversing the first three characters of that, and so on, until the last round where you reverse your entire current string.This problem is an exercise in Java string manipulation. For some mysterious reason, the Java String type does not come with a reverse method. The canonical way to reverse a Java string str is to first convert it to mutable StringBuilder, reverse its contents, and convert the result back to an immutable string, that is,str = new StringBuilder(str).reverse().toString(); Here's the tester it must pass: @Test public void testPancakeScramble() throws IOException {// Explicit test casesassertEquals("", P2J3.pancakeScramble(""));assertEquals("alu",…
def loopy_madness(string1: str, string2: str) -> str:"""Given two strings <string1> and <string2>, return a new string thatcontains letters from these two strings "interwoven" together, starting withthe first character of <string1>. If the two strings are not of equallength, then start looping "backwards-and-forwards" in the shorter stringuntil you come to the end of the longer string. "interwoven" (or "interweaving") means constructing a new string by takingthe first letter from the first string, adding the first letter of thesecond string, adding the second letter of the first string,adding the second letter of the second string, and so on. "backwards-and-forwards" is a custom looping term. First the loop startsat position 1 (index 0) and goes until position n (i.e., the end). Once theloop reaches position n, it goes backwards, starting at position n - 1 andgoes to position 1 (index 0). This repeats until the two strings areinterwoven. For example, the…
def loopy_madness(string1: str, string2: str) -> str: """ Given two strings <string1> and <string2>, return a new string that contains letters from these two strings "interwoven" together, starting with the first character of <string1>. If the two strings are not of equal length, then start looping "backwards-and-forwards" in the shorter string until you come to the end of the longer string. "interwoven" (or "interweaving") means constructing a new string by taking the first letter from the first string, adding the first letter of the second string, adding the second letter of the first string, adding the second letter of the second string, and so on. "backwards-and-forwards" is a custom looping term. First the loop starts at position 1 (index 0) and goes until position n (i.e., the end). Once the loop reaches position n, it goes backwards, starting at position n - 1 and goes to position 1 (index 0). This repeats until…
public static String pancakeScramble(String text) This nifty little problem is taken from the excellent Wolfram Challenges problem site where you can also see examples of what the result should be for various arguments. Given a text string, construct a new string by reversing its first two characters, then reversing the first three characters of that, and so on, until the last round where you reverse your entire current string. This problem is an exercise in Java string manipulation. For some mysterious reason, the Java String type does not come with a reverse method. The canonical way to reverse a Java string str is to first convert it to mutable StringBuilder, reverse its contents, and convert the result back to an immutable string, that is, str = new StringBuilder(str).reverse().tostring(); A bit convoluted, but does what is needed without fuss or muss. Maybe one day the Java strings will come with the reverse method built in, just like the string data types of all sensible…
public static String pancakeScramble(String text) This nifty little problem is taken from the excellent Wolfram Challenges problem site where you can also see examples of what the result should be for various arguments. Given a text string, construct a new string by reversing its first two characters, then reversing the first three characters of that, and so on, until the last round where you reverse your entire current string
Q4: Colouring Book Having spent the last couple of hours grading assignments, I decide it’s time for a break. I take out my favourite colouring book, turn to a random page I haven’t coloured in yet, and lay it on my desk. I then take out all my n crayons and line them up on the desk (it’s a very long desk). The colour of the ith crayon is a string c[i] (e.g. "blue"). Many of the crayons have the same colour. In fact, no matter how many crayons I have, there are at most 30 distinct colours amongst them. To start colouring, I always take a sublist (see Q1 for a definition) of the crayons laid on the desk and put away the rest (too many options can be overwhelming and can lead to indecision). I take a look at the line art in front of me and wonder, “How many different colours do I need to make this look great? One? Two? Maybe three?”. Now you understand my dilemma and are fully aware of my indecision. You kindly decide to help me out by telling me for every number k, if I were to use…
Computer Science This is a codingbat problem. Please answer in Java and do not change the starter code. You have been asked to write the game of tic tac toe. In the first version of the game, we will only be comparing horizontally for a win. A win is determine by all of the elements in a row either being an X or an O. You need to return a String with the winner or TIE if there is no winner. ticTacToe(["X", "O", "O"], ["X", "O", "O"], ["X", "X", "X"]) → "X"ticTacToe(["X", "O", "X"], ["X", "X", "O"], ["O", "O", "O"]) → "O"ticTacToe(["X", "O", "X"], ["X", "X", "O"], ["O", "X", "O"]) → "TIE" public String ticTacToe(String[] top, String[] middle, String[] bottom) { }