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what is the path of steepest ascent and how is it calculated are there problems in which the path of steepest descent
what is a composite design how may it be built up sequentially when would a non-central composite design be more
what is the essential nature of canonical analysis of the fitted second-order model why is it
this chapter discusses a number of uses for rsm a to improve product design b to provide experience in scientific
criticize in detail the following statement response surface methodology is about fitting a second-degree equation to
the helicopter experiment in this chapter was intended to a allow all readers to gain experience in a self-directed
if there were a number of models that might explain the data as in the textile experiment how might you decide
the following data were obtained from a duplicated experiment where the response y was the breaking strength of a fiber
the following data were collected by an experimenter using a- composite designassume that a second-degree equation is
the following data were collected by a mechanical engineer studying the performance pf an industrial process for the
suppose that an experimenter uses the following design and wants to fit a second-degree polynomial model to the data
the object of an experiment the results from which are set out below was to determine the best settings for x1nbspand
imagine a 23 design in eight runs represented by the vertices of a cube in 3-space when would a statistical analysis
how would you illustrate how a non-central composite design might be used to shed further light on the problem in
what is a box-behnken design make a sketch of the design for k 3
what is meant by the information function of a design what property has the function for a rotatable
write down the design matrix for a 29-run central composite design having five factors with three center
suppose you had fitted a middotsecond-order model by least squares with a three factor central composite design with
suppose you have a design with k 1 factor and n 3 points located at x -10 i given middota straight line model
suppose a second-order model in three factors had been fitted using canonical middotanalysis how could you detect and
what is meant by the sequential assembly of an experimental design illustrate the sequential assembly of a three-factor
an experimenter with limited resources included 11 factors in a 12-run plackett and burman design with a center point
what is response surface methodology name three kinds of problems for middot which it can be
can you think of a problem preferably in your own field for which response surface methodology might be profitably
when the object is to find experimental conditions produces a high level of response what techniques may be useful when