337080
Statement A :
In green plants \({H_2}O\) is the hydrogen donor and is oxidised to \({O_2}\)
Statement B :
When \({H_2}S\) instead is the hydrogen donor for purple and green sulphur bacteria, the oxidation product is sulphur or sulphate depending on the organism and not \({O_2}\)
337080
Statement A :
In green plants \({H_2}O\) is the hydrogen donor and is oxidised to \({O_2}\)
Statement B :
When \({H_2}S\) instead is the hydrogen donor for purple and green sulphur bacteria, the oxidation product is sulphur or sulphate depending on the organism and not \({O_2}\)
337080
Statement A :
In green plants \({H_2}O\) is the hydrogen donor and is oxidised to \({O_2}\)
Statement B :
When \({H_2}S\) instead is the hydrogen donor for purple and green sulphur bacteria, the oxidation product is sulphur or sulphate depending on the organism and not \({O_2}\)
337080
Statement A :
In green plants \({H_2}O\) is the hydrogen donor and is oxidised to \({O_2}\)
Statement B :
When \({H_2}S\) instead is the hydrogen donor for purple and green sulphur bacteria, the oxidation product is sulphur or sulphate depending on the organism and not \({O_2}\)
337080
Statement A :
In green plants \({H_2}O\) is the hydrogen donor and is oxidised to \({O_2}\)
Statement B :
When \({H_2}S\) instead is the hydrogen donor for purple and green sulphur bacteria, the oxidation product is sulphur or sulphate depending on the organism and not \({O_2}\)