Multivariate Linear Regression Clause Samples

Multivariate Linear Regression. The model below was used to evaluate the associations between water quality of household drinking water (continuous) with flooring type, owning animals, storage container mouth type, storage container covering, handwashing materials, handwashing frequency, toilet facility type, sharing toilet facilities, manner of serving drinking water, water source type, time since water collection, distance to water source, time to water source, water treatment, and manner for obtaining drinking water, while considering potential effect modification of this correlation by socioeconomic status, seasonality, and province. (log TTC) = α +β1FLOOR + β2OWNAN +β3MOUTH + β4COVERED+β5HW_MAT + β6HW_FRQ + β7TOILET_T + β8TOILET_S +β9WTR_SEV + β10SAM_SC+β11SAM_TR + β12CO_HRS+β13FETCH_D + β14FETCH_T + β15BUY_CO +γ1SES + γ2SEASON + γ3PROVINCE + δ1FLOOR*SES + δ2OWNAN*SES + δ3MOUTH*SES + δ4COVERED*SES + δ5HW_MAT*SES + δ6HW_FRQ*SES + δ7TOILET_T*SES + δ8TOILET_S*SES + δ9WTR_SEV*SES + δ10SAM_SC*SES+ δ11SAM_TR*SES + δ12CO_HRS*SES+ δ13FETCH_D*SES + δ14FETCH_T*SES + δ15BUY_CO*SES + δ16FLOOR*SEASON + δ17OWNAN*SEASON + δ18MOUTH*SEASON + δ19COVERED*SEASON + δ20HW_MAT*SEASON + δ21HW_FRQ*SEASON + δ22TOILET_T*SEASON + δ23TOILET_S*SEASON + δ24WTR_SEV*SEASON + δ25SAM_SC*SEASON+ δ26SAM_TR*SEASON + δ27CO_HRS*SEASON+ δ28FETCH_D*SEASON + δ29FETCH_T*SEASON + δ30BUY_CO*SEASON + δ31FLOOR*PROVINCE + δ32OWNAN*PROVINCE + δ33MOUTH*PROVINCE + δ34COVERED*PROVINCE + δ35HW_MAT*PROVINCE + δ36HW_FRQ*PROVINCE + δ37TOILET_T*PROVINCE + δ38TOILET_S*PROVINCE + δ39WTR_SEV*PROVINCE + δ40SAM_SC*PROVINCE + δ41SAM_TR*PROVINCE + δ42CO_HRS*PROVINCE+ δ43FETCH_D*PROVINCE+ δ44FETCH_T*PROVINCE + δ45BUY_CO*PROVINCE