- Tardigrade
- Question
- Biology
- The following table summarises the differences between biodegradable and non-biodegradable pollutants. Pick out the wrong differences and select the correct answer. Biodegradable pollutants Non-biodegradable pollutants (i) These are the pollutants which can be easily degraded by micro-organisms. These are the pollutants which can not be degraded into harmless materials. (ii) These can be used to produce energy (through biogas), compost, manure, etc. These are difficult to , manage as natural method of degradation is absent. (iii) These usually do not enter biogeochemical cycles. These become a part of rapid turnover in biogeochemical cycles. (vi) Examples: DDT, BHC, plastics, polyethylene, glass, etc. Examples: Sewage, garbage, animal waste, etc.
Q.
The following table summarises the differences between biodegradable and non-biodegradable pollutants. Pick out the wrong differences and select the correct answer.
Biodegradable
pollutants
Non-biodegradable
pollutants
(i)
These are the
pollutants which can
be easily degraded by
micro-organisms.
These are the
pollutants which can
not be degraded into
harmless materials.
(ii)
These can be used
to produce energy
(through biogas),
compost, manure, etc.
These are difficult to ,
manage as natural
method of degradation
is absent.
(iii)
These usually do not
enter biogeochemical
cycles.
These become a part
of rapid turnover in
biogeochemical cycles.
(vi)
Examples: DDT, BHC,
plastics, polyethylene,
glass, etc.
Examples: Sewage,
garbage, animal waste,
etc.
Biodegradable pollutants | Non-biodegradable pollutants | |
---|---|---|
(i) | These are the pollutants which can be easily degraded by micro-organisms. | These are the pollutants which can not be degraded into harmless materials. |
(ii) | These can be used to produce energy (through biogas), compost, manure, etc. | These are difficult to , manage as natural method of degradation is absent. |
(iii) | These usually do not enter biogeochemical cycles. | These become a part of rapid turnover in biogeochemical cycles. |
(vi) | Examples: DDT, BHC, plastics, polyethylene, glass, etc. | Examples: Sewage, garbage, animal waste, etc. |
Solution: