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What else can I help you with?
Reduce type 1 error?
Accept lower p-values (meaning lower in magnitude; values tending toward zero).--And don't forget that by reducing the probability of getting a type I error, you increase the probability of getting a type II error (inverse relationship).
Sampling error concerns natural variation between samples is always present and can be described using probability Is this true?
No, it is not true. Probability can be used to describe some properties of the variation but not all.
What is the probability that type 1 error will be made z -2.575 or z 2.575?
The probability is 0.005012, approx.
If the probability of type 1 error is reduced the probability of type 2 error is also reduced?
No....the two are mirror images of each other. Reducing type I would increase type II
What is the probability that type 1 error will be made for z -2.33 or z 2.33?
2%
Reduce type 1 error?
Accept lower p-values (meaning lower in magnitude; values tending toward zero).--And don't forget that by reducing the probability of getting a type I error, you increase the probability of getting a type II error (inverse relationship).
What is probility?
It is a non existent word: a typographic error: in all likelihood, halfway between probity and probability.
What is the relationship of the standard error of the mean to the standard error of the difference?
It would help to know the standard error of the difference between what elements.
If normal distribution is between 110 and 190 how can I find the probability that it will be between 135 and 165?
You need to know the standard deviation or standard error to answer the question.
Sampling error concerns natural variation between samples is always present and can be described using probability Is this true?
No, it is not true. Probability can be used to describe some properties of the variation but not all.
What is the difference between QPSK and DPSK?
Qpsk has lesser bw than dpsk but has more probability in error than dpsk.
What is a sum in probability?
The sum of the probability of success and the probability of failure had better equal 1.00 (100%) or an error has been committed.
What is the mathematical relationship between LM and TM and SEM?
The relationship between LM (limiting magnitude), TM (telescopic magnitude), and SEM (standard error of measurement) is that LM represents the faintest magnitude observable with the naked eye, TM is the maximum magnitude a telescope can observe, and SEM is a statistical measure of the precision of a measurement. There is no direct mathematical relationship between these terms as they represent different concepts in astronomy and measurement.
What is the probability that type 1 error will be made z -2.575 or z 2.575?
The probability is 0.005012, approx.
how to decrease margin of error in probability sampling?
With probability sampling you have no control over the units that are sampled. So the only way to reduce the margin of error is to increase the size of the sample.
What is the probability 10?
Probability = 10 is a very serious mistake since the probability of any event can never be greater than 1: so a probability of 10 is obviously a big error.
If the probability of type 1 error is reduced the probability of type 2 error is also reduced?
No....the two are mirror images of each other. Reducing type I would increase type II
