In Zea Mays optimum `CO_(2)` concentration for photosynthesis is

CO_(2) concentration isÂ

Given table shows the CO_(2) compensation point and optimum CO_(2) concentration for photosynthesis for C_(3) and C_(4) plants. |(ul(" " C_(3) " Plants" " " C_(4)" Plants")),(ul(underset("point")(CO_(2)" compensation")" "25-100 "ppm" " "A " ")),(ul(underset("cocentration")("Optimum " Co_(2)) " " "B 360 ppm"))| Select the correct values for A and B.

Given table shows the CO_(2) compensation point and optimum CO_(2) concentration for photosynthesis for C_(3) and C_(4) plants. |(ul(" " C_(3) " Plants" " " C_(4)" Plants")),(ul(underset("point")(CO_(2)" compensation")" "25-100 "ppm" " "A " ")),(ul(underset("cocentration")("Optimum " Co_(2)) " " "B 360 ppm"))| Select the correct values for A and B.

At CO_(2) compensation point, photosynthesis is

CO_(2) is not essential for photosynthesis.

What is the effect of increase of CO_(2) concentration on photosynthesis in plants?

The Scientist who discovered atmospheric CO_(2) concentration to be suboptimal for photosynthesis is

The Scientist who discovered atmospheric CO_(2) concentration to be suboptimal for photosynthesis is

the acientist who discovered atmospheric CO_(2) concentration to be suboptimal for photosynthesis is