🎉 恭喜! 🎉
你出色地完成了任务!这是一个不小的挑战,但你找到了正确答案。你离编程大师又近了一步!继续保持,每一步都让你更强大。
你为聚会订购了几个披萨,需要在客人之间分配。用户输入披萨数量和朋友数量,程序将显示每位朋友分到的块数以及剩余块数。附注:(每个披萨有8块。第一个数字是披萨数量,第二个数字是朋友数量)
一行包含两个整数,以空格分隔。第一个数字——PICS的数量,第二个数字——朋友的数量。
一行包含两个整数,用空格分隔。第一个数字——每位朋友分到的块数,第二个数字——剩余的块数。
3 5
4 4
Python has a convenient way to count multiple variables in a single input() call. This is especially useful in tasks where data is served in a single line, separated by some character (most often a space).
How it works:
input() reads the entire string, for example "20 30"..split() method "cuts" this string by the specified separator (by default, by a space) and creates a list of strings: ['20', '30'].map(int, ...) applies the int (integer conversion) function to each element of this list. The result is a special map object.a and b.Example: Input:
20 30
Reading:
a, b = map(int, input().split()) # float can be used if fractional numbers are needed
print(a, b) # outputs 20 30
print(type(a)) # outputs <class 'int'>
Useful tips:
20,30), specify this in the split() method: input().split(',').= matches the number of values in the row. If they do not match, the program will return the error ValueError.There are three different division operators in Python, and each one serves a different purpose.
/ Ordinary (real) division This operator always returns a fractional number (float) as a result, even if the numbers are completely divisible.
a = 27
b = 10
print(a/5) # outputs 5.4
print(b/2) # outputs 5.0 (note, not 5, but 5.0)
// Integer division This operator performs division and discards the fractional part, returning an integer (int). It sort of answers the question "how many times does one number fit entirely into another?".
a = 27
print(a// 5) # outputs 5 (because 5 is placed in 27 five full times)
% The remainder of the division (modulo division) This operator returns what is "left" after the integer division.
a = 27
print(a %5) # outputs 2
Logic: the nearest number to 27 that is divisible by 5 without remainder is 25.
# Difference: 27-25 = 2.
Practical application %: The most common use of the % operator is the parity check. Any even number is divisible by 2 without remainder, and an odd number is divisible by 1.
a = 27
b = 14
print(f"Is {a} an odd number? The remainder of the division by 2: {a %2}") # outputs 1
print(f"Is {b} an even number? The remainder of the division by 2: {b %2}") # outputs 0
To exponentiate a number in Python, the ** operator is used.
a = 2
b = 3
print(a**3) # outputs 8 (2 to the power of 3)
print(b**2) # outputs 9(3 to the power of 2)
Useful tips:
0.5.
print(9**0.5) # outputs 3.0
pow(a,b) that does the same thing as a**b.
print(pow(2, 3)) # outputs 8
The print() function outputs data to the screen. Simply adding strings and variables using + is inconvenient, since numbers need to be constantly converted into strings using str(). Modern Python offers more elegant ways.
f-strings (f-strings) - recommended method: This is the most modern, fastest and most readable way. The string is preceded by the letter f, and variables or expressions are specified inside curly braces {}.
name = "Alice"
age = 30
print(f"Name: {name}, Age: {age}")
# Output: Name: Alice, Age: 30
Advantage: you can perform operations right inside the brackets.
print(f"In a year she will be {age + 1}")
# Conclusion: In a year she will be 31
The .format() method is an older, but still relevant method: Empty curly braces {} are placed in the line, and after the line the .format() method is called, to which variables are passed.
name = "Alice"
age = 30
print("Name: {}, Age: {}".format(name, age))
# Output: Name: Alice, Age: 30
Useful tips for print():
sep: By default, print separates its arguments with a space. This can be changed.
print(1, 2, 3, sep="-") # outputs 1-2-3
end: By default, print adds a newline after the output \n. This can also be changed so that the following print outputs continue on the same line.
print("Hello,", end="")
print("world!")
# The output will be in one line: Hello, world!
# Считываем строку с двумя числами
pizzas_str, friends_str = input().split()
# Превращаем строки в целые числа
pizzas = int(pizzas_str)
friends = int(friends_str)
# В одной пицце 8 кусков
slices_per_pizza = 8
# Считаем общее количество кусков
total_slices = pizzas * slices_per_pizza
# Считаем, сколько целых кусков получит каждый друг
slices_per_friend = total_slices // friends
# Считаем, сколько кусков останется после раздачи
remaining_slices = total_slices % friends
# Выводим результат
print(slices_per_friend, remaining_slices)
🎉 恭喜! 🎉
你出色地完成了任务!这是一个不小的挑战,但你找到了正确答案。你离编程大师又近了一步!继续保持,每一步都让你更强大。
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