Question

Assuming a normal or Gaussian distribution for the strength of tested samples, what are the values of the risk factor k for the failure rates of 5% and 50%​

Answer 1

Answer:

2 and 0 answers this

Explanation:

I hope you're answers this

Answer 2

The risk factors for the gaussian distribution of 5 % and 50 % would be 2 and zero

explanation-

When a very established model comes into picture while characterization of  quantitative variation of original data then it is known as normal or Gaussian distribution. The Gaussian distribution includes the basic study of the risk factors that is available. This function is used to study the exponential scale which is actually the error function rising in the genetic distribution. The motion that happens biologically is monitored and then the function is generated.We can also term this method as the quantitative risk management which covers of the Gaussian distribution

coulomb gas methods have been used for determining the winding angles for the extreme scaling paths.

T(n,p)=T(n)- ¼ ((p^2)/(T(n)+b))

Hence the values found for 5 and 50 % would be 1.64 and 0 respectively

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