TLS Online TPP Program
                                                                
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                                TLS Online TPP Program
                                                    #Question id: 20983
#Unit 12. Applied Biology
Which is considered as less recalcitrant out of the BTEX compounds, and of lesser regulatory concern?
1. Xylene
2. Ethylbenzene
3. Toluene
4. Benzene
Which of the below combinations are correct?
 
                                                    TLS Online TPP Program
                                                    #Question id: 20984
#Unit 12. Applied Biology
Benzene being the most recalcitrant was earlier believed to be 
 
                                                    TLS Online TPP Program
                                                    #Question id: 20985
#Unit 12. Applied Biology
In consistent fashion, the BTEX hydrocarbon decay linked with sulfate as the terminal electron acceptor did not observe 
 
                                                    TLS Online TPP Program
                                                    #Question id: 20986
#Unit 12. Applied Biology
In consistent fashion the btex hydrocarbon decay is linked with __________as the terminal electron acceptor.
 
                                                    TLS Online TPP Program
                                                    #Question id: 20987
#Unit 12. Applied Biology
Toluene degradation could be optimized and linked to the reduction of 
1. Nitrate 
2. Nitrous oxide
3. Nitrite
Which of the below combinations are correct?
 
                                                    TLS Online TPP Program
                                                    #Question id: 20988
#Unit 12. Applied Biology
Degradation of _______ could be optimized and linked to the reduction of Nitrate or Nitrous oxide
 
                                                    