Show transcribed image text 5. (10 pts) For optimizing the geometry of microfabricated fluid channels with mean volume of u, and variance 1, suppose the following hypothesis is tested with a significance of 0.05 We will be able to reject Ho under either of the following conditions 1.96 r210. -13% or Fs10-196 Suppose the true value of μ is 10.1, how large must n be for this test to have power at least 0.907 State your approximations clearly!
5. (10 pts) For optimizing the geometry of microfabricated fluid channels with mean volume of u, and variance 1, suppose the following hypothesis is tested with a significance of 0.05 We will be able to reject Ho under either of the following conditions 1.96 r210. -13% or Fs10-196 Suppose the true value of μ is 10.1, how large must n be for this test to have power at least 0.907 State your approximations clearly!
