Question

Рассказ, набранный на копьютере, содержит несколько страниц. на каждой странице 140 строкпо 88 символов в строке. информационный обьем рассказа составляет 3080Кбайт определите количество страниц в тексте считая что каждый символ закадирован 16 битами

Answer 1

3080*1024=3153920 байт (общий размер текста в байтах)
16/8 = 2 байта на один символ
3153920/2=1576960 символов (общий размер текста в количестве символов)
140*88=12320 символов (количество символов на одной странице)
1576960/12320 = 128 страниц

Answer 2

To determine the number of pages in the text, we need to calculate the total number of characters in the text and then divide it by the number of characters per page.

Given: - Each page contains 140 lines. - Each line contains 88 characters. - Each character is encoded using 16 bits.

To calculate the number of pages, we need to find the total number of characters in the text first.

Calculating the Total Number of Characters:

The total number of characters can be calculated by multiplying the number of lines per page by the number of characters per line and then multiplying it by the number of pages.

Number of lines per page: 140 Number of characters per line: 88 Number of pages: Unknown (let's call it 'x')

Total number of characters = Number of lines per page * Number of characters per line * Number of pages

3080 KB = Total number of characters * 16 bits / 8 (to convert from bytes to bits)

Simplifying the equation:

3080 KB = (140 * 88 * x * 16) / 8

Now we can solve for 'x' to find the number of pages.

Solving for the Number of Pages:

Let's solve the equation to find the value of 'x'.

3080 KB = (140 * 88 * x * 16) / 8

To simplify the equation, we can cancel out the common factors:

385 = 140 * 88 * x * 2

Now, let's solve for 'x':

x = 385 / (140 * 88 * 2)

Calculating the value of 'x':

x = 385 / 24640

x ≈ 0.0156

Since we cannot have a fraction of a page, we can round up the value of 'x' to the nearest whole number.

Therefore, the number of pages in the text is approximately 1.

Please note that the calculation assumes that each character is encoded using 16 bits, and the given information does not specify any additional encoding or formatting that may affect the final result.