which of the following is a correct interpretation of the intercept? Use the information below to answer the PULL STRENGTH questions that follow.Data from “Applied Statistics and Probability for Engineers", Fourth Edition, by Douglas C.Montgomery & George C. Runger.The Excel multiple regression output below is for predicting pull strength from wirelength and die height.MULTIPLE REGRESSION EXCEL OUTPUT (PULL STRENGTH)SUMMARY OUTPUTRegression StatisticsMultiple R0.990523843R Square0.981137483Adjusted R Square 0.979422709Standard Error2.288046833Observations25ANOVAdfSMSSignificance FRegression5990.7712212995.385611572.16715031.07546E-19Residual22115.17348285.235158308Total246105.944704Coefficients Standard Errort StatP-valueLower 95%Upper 95%Intercept2.2637914341.060066238 2.1355188510.044099450.065348623 4.462234246Wire Length2.744269643 0.093523844 29.342994383.90691E-192.5503130622.938226225Die Height0.012527811 0.0027984194.476746229 0.000188266 0.006724246 0.018331377© 2020 Radha Bose, Florida State University Department of Statistics PULL STRENGTHWhich of the following is a correct interpretation of the intercept?The pull strength is expected to be zero units when wire length is 2.744 units and dieheight is 0.013 units.The pull strength is expected to increase by one unit when wire length increases by2.744 units and die height increases by 0.013 units.The pull strength is expected to be 2.264 units when both wire length and die height arezero units.The pull strength is expected to increase by 2.264 units when both wire length and dieheight increase by one unit.The pull strength is expected to be 2.264 units when both wire length and die height areone unit.The pull strength is expected to increase by 2.264 units when both wire length and dieheight are kept constant.

Name: which of the following is a correct interpretation of the intercept? U
Uploaded: 2024-03-20T06:38:44.000Z
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Description: which of the following is a correct interpretation of the intercept? Use the information below to answer the PULL STRENGTH questions that follow.Data from “Applied Statistics and Probability for Engineers", Fourth Edition, by Douglas C.Montgomery & G

Question

which of the following is a correct interpretation of the intercept? Use the information below to answer the PULL STRENGTH questions that follow.Data from “Applied Statistics and Probability for Engineers&#34;, Fourth Edition, by Douglas C.Montgomery & George C. Runger.The Excel multiple regression output below is for predicting pull strength from wirelength and die height.MULTIPLE REGRESSION EXCEL OUTPUT (PULL STRENGTH)SUMMARY OUTPUTRegression StatisticsMultiple R0.990523843R Square0.981137483Adjusted R Square 0.979422709Standard Error2.288046833Observations25ANOVAdfSMSSignificance FRegression5990.7712212995.385611572.16715031.07546E-19Residual22115.17348285.235158308Total246105.944704Coefficients Standard Errort StatP-valueLower 95%Upper 95%Intercept2.2637914341.060066238 2.1355188510.044099450.065348623 4.462234246Wire Length2.744269643 0.093523844 29.342994383.90691E-192.5503130622.938226225Die Height0.012527811 0.0027984194.476746229 0.000188266 0.006724246 0.018331377© 2020 Radha Bose, Florida State University Department of Statistics PULL STRENGTHWhich of the following is a correct interpretation of the intercept?The pull strength is expected to be zero units when wire length is 2.744 units and dieheight is 0.013 units.The pull strength is expected to increase by one unit when wire length increases by2.744 units and die height increases by 0.013 units.The pull strength is expected to be 2.264 units when both wire length and die height arezero units.The pull strength is expected to increase by 2.264 units when both wire length and dieheight increase by one unit.The pull strength is expected to be 2.264 units when both wire length and die height areone unit.The pull strength is expected to increase by 2.264 units when both wire length and dieheight are kept constant.

Accepted Answer

The intercept value is 2.264.
For taking wire length and die height as zero units, it can be…