Explanation:
A binary number is converted to hexadecimal number by making a group of 4 bits from the binary number given.Start making the group from Least Significant Bit (LSB) and start making group of 4 to Most Significant (MSB) or move in outward direction.If the there are less than 4 bits in last group then add corresponding zeroes to the front and find the corresponding hexadecimal number according to the 4 bits.For example:-
for this binary number 100111001011011.
100 <u>1110</u> <u>0101</u> <u>1011</u>
There is one bits less in the last group so add 1 zero(0) to it.
<u>0100</u> <u>1110</u> <u>0101</u> <u>1011</u>
4 E 5 B
100111001011011 = 4E5B
101011.1010
<u>0010</u> <u>1011</u> . <u>1010</u>
2 B A
=2B.A
Answer:
The correct options is;
Every character written in A S C I I can be represented using Unicode
Explanation:
All characters found in A S C I I can be found in Unicode such that A S C I I is a subset of Unicode whereby the meaning of the numbers from 0 to 127 are the same in both A S C I I and Unicode
The size of the A S C I I character in 8-bit A S C I I encoding is 8 bits while a Unicode U T F - 8 encoding has between 8 bits (1 byte) and 32 bits (4-bytes)
A S C I I assigns only 127 of the 255 possible numbers that can be stored in an 8-bits character, where the spare characters are then used by P C s for accented characters, therefore, it A S C I I does not define accented characters
Answer:
email is the easier way of communicating and fast
Font(s)
fonts is another word for typeface
the appearance of letters and numbers when you chang the font
