0111-1111
tenths bit
3d
signed magnitude
The bits in a numeric value like 00000000 00110011 have a decimal value based on the bit position. The most significant bit is the one that has highest decimal value and is the left most bit. The right most bit is the least significant bit. High-order bits are the half of the number of bits that have the highest values, the left most bits in the 16 bit value above The low order bits in this case are the right most bits. This should not be confused with bit placement in memory/cpu registers. Intel/AMD cpus are little edian, meaning that the most significant part is physically right and the lest significant is left most (the bits are not in reverse order). Google for a more detailed info.
The value of a 1953 threepenny bit depends on its condition. In circulated condition, a 1953 threepenny bit is worth around 0.40, while one in uncirculated condition can be worth up to 2.50. The value of a 1953 threepenny bit can also depend on its mint mark, with coins bearing the 'S' mint mark being worth more than those with 'H' mint marks. Circulated condition: 0.40 Uncirculated condition: 2.50 'S' Mint Mark: More Valuable than 'H' Mint Mark
Very little - unless there is something 'unique' about the coin - there were thousands of threepenny bits minted.
10000 pounds
In C: result = value & ~0xFFDF
In a byte MSB is the bit that represents value 2^7, LSB is the bit that represents value 2^0.
The 3p coin in 1927 was a 12-sided coin - roughly the same size and thickness as the modern-day pound coin. Type 'threepenny bit' into Wikipedia for pictures of how the coin looked,
x -> 0 y -> 1
one bit, holding a value 1 or 0.
bit width is the sizelength of the register which is assigned a value
0111-1111
MR GEORGE STEPHENSON did not invent the railways. See discussion. No one invented railways. They came about through evolution - bit by bit development.
bit signal - original intended bit value that was sentdirty bit - corrupted incorrect bit value modified by noise eventsThe dirty bit may or may not match the bit signal originally sent, it may have been modified more than once by different noise events.