Consider the provided SQL query. What does it do?

SELECT auditorRep.location_id, visitsTbl.record_id, auditorRep.true_water_source_score AS auditor_score, wq.subjective_quality_score AS employee_score, wq.subjective_quality_score - auditorRep.true_water_source_score AS score_diff FROM auditor_report AS auditorRep JOIN visits AS visitsTbl ON auditorRep.location_id = visitsTbl.location_id JOIN water_quality AS wq ON visitsTbl.record_id = wq.record_id WHERE (wq.subjective_quality_score - auditorRep.true_water_source_score) > 9;

The query retrieves the auditor records where employees assigned very high scores to very poor water sources.The query retrieves the location_id, record_id, and water scores by JOINING the water_quality and visits table, and then calculates a difference in scores between the employee's scores and the auditor's scores.The query retrieves the auditor records where the auditor found all of the records with incorrect scores.The query retrieves the location_id, record_id, and water scores, and calculates a difference in scores between the employee's scores and the auditor's scores.BackFinish

The query retrieves the auditor The query retrieves the location_id, (_) records where employees assigned record_id, and water scores by very high scores to very poor water JOINING the water_quality and sources. (_} visits table, and then calculates a difference in scores between the employee's scores and the auditor's scores. The query retrieves the auditor The query retrieves the location_id, (_) records where the auditor found record_id, and water scores, and all of the records with incorrect (_} calculates a difference in scores scores. between the employee's scores and the auditor's scores