only 96% of information is transmitted and the other 4% is lost
There is much information available on IP networks. It is a networking model based on a set of communication protocols. It specifies how data should be transmitted and received.
A spectrophotometer measures the amount of light absorbed or transmitted by a substance at different wavelengths. It works by shining light through a sample and measuring how much light is absorbed or transmitted, which provides information about the substance's properties.
Light. A rumor must be transmitted electronically, where it travels at the speed of light, or through sound, at a speed much more reduced. Throwing in time for the information of the rumor to be processed, repeated, encoded, transmitted, etc and light will always be faster.
No, they are very different, though related. A telegraph worked with sending code using a simple on/off ability. A telephone converts sound waves into a signal that can be transmitted on a wire and then converting it back again. Today, the digital telephones are actually pretty much transmitting the information using an on/off ability rather than analog waves.
Too much information
observationthe process of obtaining information by using the senses; the information obtained by using the senses
" I cannot retain so much information".
There are much too many to name that can be transmitted. Just about any disease can transmit, it's how we get sick in the first place.
While using the web to meet people is becoming increasingly more popular, it is a wise decision to not divulge too much personal information until you get to know the person better.
You can't. You need much more information.
howstuffworks.com has a lot of information on bluetooth just type it in the box but i think it is 1 bit
In the most extreme case, you can turn the wave on and off completely; this is commonly used in Ethernet for example. You can also modulate some aspect of the wave, such as amplitude (amplitude modulation), frequency (frequency modulation) or phase (phase modulation).Let's consider turning the wave signal on and off. The simplest way to transfer information this way is to agree to send (for example) one bit every second; in that case, if the signal is ON during one second, that might represent a "1", and if the signal is OFF during some other second, that might represent a "0". In practice, much more than one bit per second is usually transmitted (for example, 100 million bits every second is typical, nowadays, for home Ethernet); and more complicated systems are generally used to encode the signal.