Type the program's output def get_numbers (): user_input = input () values = [] Input for token in user_input. split(): values. append (int (token)) 468 12 15 11 return values def print_selected_numbers () : numbers = get_numbers () for number in numbers: if (number % 4) print(number) Output == 0: print_selected_numbers )

Type the program's output def get_numbers (): user_input = input () values = [] Input for token in user_input. split(): values. append (int (token)) 468 12 15 11 return values def print_selected_numbers () : numbers = get_numbers () for number in numbers: if (number % 4) print(number) Output == 0: print_selected_numbers )

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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PSEUDO CODE MAKE CODE COMPLETE. 1024: OUTPUT getNumber: Read Base Read Exponent NumExponent(Base, Exponent); NumExponent(Base, Exponent): If Exponent=0 Return 1 Else Return Base*NumExponent(Base, Exponent-1).
def get_numbers(): user_input = input() values = [] for token in user_input.split(): values.append(int(token)) return values def print_selected_numbers(): numbers = get_numbers() for number in numbers: if number < 5: print(number) print_selected_numbers() considering the inputs are 3 17 13 1 6 14 what is the output
% n = input('Please enter the value of num: \n'); a = randi([1, 3]); b = randi([-4, 0]); c = 4; d = randi([4, 100]); % or -randi([5, 100]) funcif(a) funcif(b) funcif(c) funcif(d) global w x y z function funcif(num) if %%% disp(%%%) z = %%% else if %%% if %%% disp(%%%) w = %%% else disp(%%%) x = %%% end else disp(%%%) y = %%% end end end
function result = result = ''; 1 tokens_to_str_code(token_mat, time_unit) 3 for i =1:size(token_mat,1) 4 5 if(token_mat (i,1) if(token_mat(i,2) > 4*time_unit) result = strcat(result,"-"); elseif((token_mat(i,2) > time_unit) && (token_mat(i,2) 8*time_unit) result = strcat(result,"/"); elseif((token_mat(i,2) 11 == 0) 12 13 14 4*time_unit) && (token_mat(i,2) < 8*time_unit)) 15 result strcat(result," "); %3D 16 end 17 end 18 end 19 end 20 21 Check Test Expected Got tokens %3D [1 4; е 3; 1 3; е 1; 1 3; е 1; 1 1; ө 1; 1 1 ]; time_unit = .5; disp( tokens_to_str_code( tokens, time_unit )) tokens = [ 0 4; 1 1457; 0 463; 1 1457; 0 463; 1 497; 0 1423; 1 1457; ---/..--.. --.---/..--.. о 463; 1 1457; 0 463; 1 1457; ө 3343; 1 497; ө 463; 1 497; 0 463; 1 1457; 0 1423; 1 1457; 0 463; 1 497; 0 463; 1 497; e 379 ]; time_unit = 240; disp( tokens_to_str_code( tokens, time_unit ))
Write a program that reads a sentence and store it in an array of characters. The program also reads a word and store in it a string variable. The program then conceals the word in the sentence with the character @'. Sample input / output: Enter a sentence: The town in which we live is a green town and big Enter a word: town Result: The @aa@ in which we live is a green @@@@ _and big
IN JAVA SCRIPT Create a function that takes an integer n and reverses it. Examples rev (5121) ➡ "1215" rev (69) ➡ "96" rev (-122157) "751221" (Ctrl)
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Forms often allow a user to enter an integer. Write a program that takes in a string representing an integer as input, and outputs yes if every character is a digit 0-9. Ex: If the input is: 1995 the output is: yes Ex: If the input is: 42,000 or 1995! the output is: no Hint: Use a loop and the Character.isDigit() function. import java.util.Scanner; public class LabProgram {public static void main(String[] args) {Scanner scnr = new Scanner(System.in);String userString;// Add more variables as needed userString = scnr.next();
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Python please prime_test.py: def is_prime(num):#ADD CODE to return True if num is prime; False if notdef main():#ADD CODE to call is_prime() for integers 1-100# and print the ones that are primemain()