ok, that's a very open ended question. Are we talking light frequencies like for fiber optics or are we talking radio frequencies like for RF transmissions?
50 percent
A single bit can be either 0 or 1.
A single bit can be either 0 or 1.
As of 2011 the maximum capacity of a computer is 64 bit.
In general actual capacity is bit less than the nominal capacity of any form
In Frequency Shift Keying (FSK) systems, the minimum bandwidth required is influenced by the bit rate and the mark and space frequencies. According to Carson's Rule, the bandwidth can be approximated as twice the sum of the frequency separation (the difference between mark and space frequencies) and half the bit rate. Therefore, as the bit rate increases, the required bandwidth also increases, necessitating wider frequency separation between the mark and space frequencies to maintain signal integrity. This relationship ensures that the FSK system can effectively transmit data without interference or distortion.
16 bit
The storage capacity of a register is determined by the architecture. Thus they are 32 bits long on a 32-bit system and 64 bits long on a 64-bit system.
The answer is no. What determines maximum channel capacity is spectrum width not absolute value. For example 700 - 720 MHz would have the same potential capacity as 28000 to 28,020 Mhz. 28,000 to 28,160 Mhz could potentially have 40 times. 700 Mhz is much better spectrum than 28 GHz because lower frequencies have lower attenuation rates and travel further with acceptable signal to noise ratio. Lower frequencies are also much better going through walls. That's why Verizon and others paid so much for it.
Faster access time, greater cost per bit; greater capacity, smaller cost per bit; greater capacity, slower access time. As a general rule (but there are exceptions) the greater the capacity of a memory the longer the access time. For a higher cost the access time of a given capacity memory can usually be shortened some. As a general rule (but there are exceptions) the greater the capacity of a memory the total memory cost increases, but the memory cost per bit decreases.
quite a bit
seats 5 but it's a bit cramped.