`C_(4)` plants loses only half as much water as `C_(3)` plant for the same amount of `CO_(2)` fixed

Study the statements (a-d) given below & select the correct option w.r.t transport in plants. (a) Transpiration pull model is the most acceptable to explain the transport of water. (b) The translocation in phloem is not explained by pressure flow hypothesis. (c) Diffusion is a slow process and is dependent on a 'living system'. (d) A C4 plant loses only half as much water as a C3 plant for the same amount of Co2 fixed.

A C_(4) plant loses____as much water as a C_(3) plant for the same amount of CO_(2) fixed.

The C_(4) plants are twice as efficient as C_(3) plants in terms of fixing CO_(2) but lose only ...... as much water C_(3) plants for the same amount of CO_(2) fixed.

The C_(4) plants are twice as efficient as C_(3) plants in terms of fixing CO_(2) but lose only ...... as much water C_(3) plants for the same amount of CO_(2) fixed.

The C_4 plants are twice as efficient as C_3 plants in terms of fixing CO_2 but lose only ………..as much water as C_3 plants for the same amount of CO_2 fixed.

The C_4 plants are twice as efficient as C_3 plants in terms of fixing CO_2 but lose only ... as much water C_3 plants for the same amount of CO_2 fixed.

The C_4 plants are twice as efficient as C_3 plants in terms of fixing CO_2 but lose only__________ as much water as C_3 plants for the same amount of CO_2 fixed.

Loss of water in C_(4) plants as compared to C_(3) plants for the same amount of CO_(2) fixed is