Let's say that as long as there is no more than 0.05 error it is ok. For example, if the real value is between 0.45-0.55 there will not be any consequences, thanks.
Thank you @Ray Vickson and @Dale for the detailed explanation. I understand the problem.
@Dale can you help me with an example on how to apply those steps that you suggest to the original question?
Thank you @Dale , first 7,8,9 or 10-19 are the total number of H from @andrewkirk response. Also, thank you for your explanation. My main problem is that I do not want to reject a null hypothesis. I want to show that I can not reject it. That there is no way to reject it.
I will explain in a...
@Dale thank you for your replay.
I am still a bit baffled with the question I asked (and the solution that I got).
You are @andrewkirk are saying that I should test if the probability of getting higher than 6 is not very low, and if it is not very low, I can not reject the hypothesis. But this...
Thank you @Dale but I am still not sure that it is correct, as he is trying to reject the hypothesis by stating that getting larger than 7 H is not likely , but what about getting exactly 7H ? If I want to not reject it, I need to show that getting exactly 7H is p > alpha.
@Dale thank you for the response.
I am not sure @andrewkirk method will help, as his method is for rejecting it (if for example I got 7 H, his method is to test what is the probability to get more than 5 H, but if this probability is not lower than alpha it does not say that I can not reject )...
Thank you @andrewkirk I will look into it. But your method will probably not help me as I want to say that I can not reject the hypothesis
@Dale I actually want to say that I can not reject it, I want to say that it is not very very unlikely that the sample came from this distribution.
I'm simplifying a research question that I have at work. Assuming I have 2 coins each with a different probability of head, let's call heads a success (p). Those are biased coins each with a different p, and I do not know the probability of success of each coin, but I do got a sample:
Coin 1 -...
What do you think will happen if I use this product which support 120V/60Hz:
https://www.oxo.com/oxo-on-9-cup-coffee-maker
in Europe with a power converter (from 230V to 110V but still 50Hz instead of 60hz)
Thanks.
Homework Statement
Hi, I already asked a question close to this, but now I have different conditions.
This is the circuit
C_1 = C_2 \\
R_1= R_2
The current is an AC , and I would like to know the voltage at R_1 and at R_2
I made some progress but I do not really know hot to continue...
Homework Statement
Hello I want to solve the following circuit, I want to know how the voltage on R1 and R2 develop with time,
It start at t=0 when there is no voltage in the circuit ( all V=0). Its a symbolic question, I need to show the equation.
V1(t) = ? ,
V2(t) = ?
The current is a DC...
Thank You, I write a program that should normalize the integral for every α. and I write it in a wrapper for c.. all I have are those functions:
http://www.neuron.yale.edu/neuron/static/docs/nmodl/nmodlfunc.html
I do not have the gamma function and incomplete beta function.
Thank You.
Do you, but this will not help me, Because in your solution, I need to calculate the gamma function, and this is also an integral. I can do it computationally .. But I can just calculate the first integral.
Thank You D H.. But I also a=0.1 0.5 1.5 ... I am also worried about...