Input a natural number n, calculate the sum of its digits, and write each digit of the sum in Chinese pinyin. - Code World

Input a natural number n, calculate the sum of its digits, and write each digit of the sum in Chinese pinyin.

Others 2020-04-22 19:10:07 views: null

NoSuchKey

Guess you like

Origin www.cnblogs.com/Zhuohome/p/12754207.html

Input a natural number n, calculate the sum of its digits, and write each digit of the sum in Chinese pinyin.

PAT 1002 Write out this number, read in a positive integer n, calculate the sum of its digits, and write each digit of the sum in Chinese pinyin.

Use Java to determine the number of digits of the input integer and calculate the sum

Enter any positive integer from the keyboard, find its digits, and output the sum of each digit.

Reduce sum of digits recursively down to one digit number

Find the first positive integer n among three digits that satisfies the following requirements, in which the sum of the cubes of each digit is exactly equal to itself

[Java] [Basic questions] [String] Find the sum of each digit of a number string

Write a program, input a positive integer from the keyboard, and calculate the sum of all prime numbers between 2 and n

Java implements tree structure to calculate the sum of the number of each node

To accept a three-digit number from the keypad (first ensure that three-digit), you calculate the sum output

Given a number n, list all n-digit numbers such that each number does not have repeating digits

leetcode 2160. Minimum Sum of Four Digit Number After Splitting Digits（python）

Digit sum of certain number in python

Generate the same n digits for each digit

Output all "daffodil numbers". A "daffodil number" is a 3-digit number in which the sum of the cubes of the digits is equal to the number itself.

Calculate the sum of a+aa+............+aaaa..a, where a is a natural number less than 10

C language: Calculate the number of digits of an integer, and divide each number into an array

123321 is a very special number. Reading it from the left is the same as reading it from the right. Enter a positive integer n, and program to find all such five-digit and six-digit decimal numbers, satisfying that the sum of the digits is equal to n

Determine the number of digits, get each digit, and the integer reverse order (java)

The sum of the digits of a positive integer (the decomposition process of the number)

C++ algorithm uses universal digit separation to solve the sum of digits

Regarding the problem of finding the number of digits in an integer, output each digit in reverse order, and output each digit in order.

M and n has a statistical number between the number which is the sum of the digits 5

Output the number of digits of an integer and output the digits of each digit in forward and reverse order

[The sum of special numbers] `%10` takes the ones digit each time

A set of Java, an array of any number of digits equal to the sum of a specified number

C language test | Question: Input 1 positive integer n, calculate the sum of the first n reciprocal factorials of s

Write a C language program: enter an n, calculate the sum from 1 to n

The algorithm counts the number of decimal digits [loop], and outputs each digit of the number in positive and reverse order

Write a program in C language, which is required to calculate and output the largest k prime numbers not exceeding n and their sum. ...

Recommended

Ranking

Blue Bridge - Estimated Fractions

SpringBoot2.1.1 ++ MyBatis + shiro springboot background management system source code

Linux环境无文件渗透执行ELF：memfd_create、ptrace

【OpenCV-Python】38.OpenCV的人脸检测——dlib库

VS Code Python extension update in February, Notebook editor to 2x performance

This article will introduce you to several practical Excel skills

Summary turn on the parameters of the python

How to make and use Memoji on Mac with macOS Big Sur?

Group 11 Beta version demo

AI products

Daily

More

2025-04-29(0)

2025-04-28(0)

2025-04-27(0)

2025-04-26(0)

2025-04-25(0)

2025-04-24(0)

2025-04-23(0)

2025-04-22(0)

2025-04-21(0)

2025-04-20(0)