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Александр
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Project title: Mathematical modelling
Type of cooperation: One-time project
Section: Education and consulting
Prepayment: without prepayment
Payment methods: Bank transfer
Acceptance of requests: from 2022-12-20 until 2022-12-25
Type of cooperation: One-time project
Section: Education and consulting
Prepayment: without prepayment
Payment methods: Bank transfer
Acceptance of requests: from 2022-12-20 until 2022-12-25
Project description:
Offering remote work. Full factor experiment, option of task No. 1. The method of performing the task is attached.
Laboratory work assignment
Using a random number generation program, conduct a three-factor experiment at eight points (i.e., form three columns and eight lines in the scheduling matrix – fill it in randomly). It is advisable to take a limit of 20 when generating random numbers.
Determine the values of zero levels of factors, perform the normalization of factors.
Create a planning matrix for a complete three-factor experiment using an additional zero factor (X0=1).
Draw up a planning matrix for a fractional three-factor experiment, neglecting the interaction of factors.
Conduct an experiment at all points of the TEU, repeating 5 times the experiments at the selected points of the factor space (find the values of the response function Y from Table 1 in accordance with the option issued by the teacher).
Find the coefficients of the regression equation.
To check the properties of the full factor experiment: symmetry, normalization, orthogonality and rototability.
Make the regression equation in coded form, bring it to the natural, using the value of the intervals of variation.
Offering remote work. Full factor experiment, option of task No. 1. The method of performing the task is attached.
Laboratory work assignment
Using a random number generation program, conduct a three-factor experiment at eight points (i.e., form three columns and eight lines in the scheduling matrix – fill it in randomly). It is advisable to take a limit of 20 when generating random numbers.
Determine the values of zero levels of factors, perform the normalization of factors.
Create a planning matrix for a complete three-factor experiment using an additional zero factor (X0=1).
Draw up a planning matrix for a fractional three-factor experiment, neglecting the interaction of factors.
Conduct an experiment at all points of the TEU, repeating 5 times the experiments at the selected points of the factor space (find the values of the response function Y from Table 1 in accordance with the option issued by the teacher).
Find the coefficients of the regression equation.
To check the properties of the full factor experiment: symmetry, normalization, orthogonality and rototability.
Make the regression equation in coded form, bring it to the natural, using the value of the intervals of variation.
Attached files:
Attached files are available only to Freelancers and the project author
Attached files are available only to Freelancers and the project author
