Q: What is the number of bits used to encode each sample?

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the Bit depth

The number of bits in an integer is the number of times you can divide the integer by 2, truncating each result, before you reach zero.

The first step is to establish a sampling frame. This is a list of all teachers in the domain that you are interested in. Next you allocate a different number to each teacher. Then you use a random number generator to generate random numbers. You select each teacher whose number is generated. If the teacher has already been selected for inclusion in the sample, you ignore the duplicate and continue until you have a sample of the required size.

There are a few ways to do this, but one of the most common ways is by giving each of your subjects a number. If there are 100 of them, number them 001-100. If there are 1000, number them 0001-1000 and so on. Then, randomly choose numbers for each group using random number generator.

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A bit of memory holds a single character. Therefore the minimum number of bits would be one, but you would need one for each character of data.

sample size"Bit depth. Please learn English before posting anything else on the internet." No... bit depth describes the number of bits of information recorded for each sample.Where as the number of bits used to store a sample sound is called the sample size. P.S. Before you attempt to insult somebody about learning English make sure your facts are right or you look like an idiot.sample sizeor maybesample depthor mabyecard sizeor maybesampling rate

It uses the previous few values of samples to predict the value of the next sample It encodes the difference between each actual signal and the predicted signal It reduces the number of bits to be sent

It uses the previous few values of samples to predict the value of the next sample It encodes the difference between each actual signal and the predicted signal It reduces the number of bits to be sent

There are 4 numbers, such as 192.168.1.254 Each number can have a value 0-255, which is 8 bits (00 - FF hex). 8x4 = 32. I do not know if they string all the 32 bits together, or if there are separator bits, though.

each 1/0 is called a bit, 8 bits = a bite

32 bits. An IPv4 address looks like this: 192.168.1.1 Each number can only go from 0 to 255. That makes for 256 possible choices for each number. And 28=256, meaning that there can only be 8 bits per number. So, 8+8+8+8=32, which means that there are a total of 32 bits in an IPv4 address.

colour in digital media is commonly stored 24 bits per pixel; 8 each for red, blue and green. 6 hexadecimal digits encode 24 bits exactly, separating red, blue and green into groups of 2 digits.

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A person will not be able to know which answer lists the correct number of bits without knowing what the answer choices are. In order to know which of the answers is correct the answer options should be given.

7 bits per baud. With a constellation of 128 points = 2^7 points, each symbol can carry 7 bits.

When referring to bits, we are discussing digital audio. 16 bits is a sampling or playback rate. This is analogous to a film playing back at 16 frames per second versus 8 frames per second. Therefore you have more resolution, or detail. ---- Update: Actually, the above is not really correct: the number of bits (8, 16, 24...) refer to the sample quantization, the resolution/size of each sample. A sample represents the amplitude of the sound at a given moment, with 8bits you can only represent 256 levels, whereas 16bits gives you 66536 levels, that is better resolution per sample (just like the difference on an image with 256 colors, 8bits, versus 66536 colors, 16bits... or then also 'truecolor'/16Million colors for 24bits). On the other hand, the sampling rate is measured in hertz and specifies the number of samples per second, with common values being 11, 22, 44 Khz (thousand hertz). Sample size (bits) and sample rate (hertz) are the two parameters that determine the quality of audio... and the bigger the better.