Computer Science - Computer Fundamentals - Discussion
Discussion Forum : Computer Fundamentals - Section 1 (Q.No. 14)
14.
Binary numbers need more places for counting because
Discussion:
13 comments Page 1 of 2.
Peacefulhat said:
10 months ago
The binary base is small, as we all know that in a binary number system, there are only 2 possible distinct symbols, from a combination of these we make numbers, because we lack more symbols we have to reuse the existing number, and because of that number in binary can seem quite big compare decimal number system.
(1)
Ayush Padhan said:
2 years ago
Binary base is small. What it is?
Please explain this.
Please explain this.
Aster kebede said:
4 years ago
Explain the answer.
Anusha said:
8 years ago
Thank you for the clear explanation.
Shewangizaw Bogale said:
8 years ago
50 in BINARY corresponds to "110010" ( i.e 6 digits are need ).
50 in a decimal notation is 50 ( i.e 2 digits are need).
So, as you can see as the base is smaller the amount of digits required are longer, and when the base is larger the amount of digits required are smaller.
50 in a decimal notation is 50 ( i.e 2 digits are need).
So, as you can see as the base is smaller the amount of digits required are longer, and when the base is larger the amount of digits required are smaller.
(3)
Olubiyo Elijah said:
1 decade ago
But two answers are related and correct. If the base is small then the numbers will be usually big.
Anil Kumar said:
1 decade ago
Binary number system has only two digits 0 and 1.
And decimal number system has ten digits 0, 1, 2, 3, 4, 5, 6, 7, 8 and 9.
That's why binary number is big.
And decimal number system has ten digits 0, 1, 2, 3, 4, 5, 6, 7, 8 and 9.
That's why binary number is big.
Shailendra said:
1 decade ago
By ex-10.
Binary power on 2 but decimal is power on 10 so that.
Base power is low so number is small.
Binary power on 2 but decimal is power on 10 so that.
Base power is low so number is small.
ASHISH DHYANI said:
1 decade ago
Lets take an example.
50 in BINARY corresponds to "110010" ( i.e 6 bits/digits).
50 in HEXADECIMAL corresponds to "32" ( i.e 2 bits/digits).
So if base is small the number is big(say lengthy) and vice-versa.
Similarly we can calculate for octal and decimal.
50 in BINARY corresponds to "110010" ( i.e 6 bits/digits).
50 in HEXADECIMAL corresponds to "32" ( i.e 2 bits/digits).
So if base is small the number is big(say lengthy) and vice-versa.
Similarly we can calculate for octal and decimal.
Ratan chakraborty said:
1 decade ago
If the base is small the number is big, the base is big then the number is small.
Post your comments here:
Quick links
Quantitative Aptitude
Verbal (English)
Reasoning
Programming
Interview
Placement Papers