In a dicot root , vascular cambium is

Consider the following statement: (a) Complimentary cells are thin walled, rounded, colourless parenchymatous and non-suberized (b) secondary phloem and periderm are included in bark. (c) In a dicot root, vascular combium is completely secondary in origin (d) In a dicot root, vascular cambium is initially wavy which later becomes circular. How many of above statemetns are correct?

Consider the following statement: (a) Complimentary cells are thin walled, rounded, colourless parenchymatous ad non-suberized (b) secondary phloem and periderm are included in bark. (c) In a dicot root, vascular combium is completely secondary in origin (d) In a dicot root, vascular cambium is initially wavy which later becomes circular. How many of above statemetns are correct?

In a dicot root, vascular cambium originates from

In a dicot root, vascular cambium oriniates from

In a dicot root, vascular cambium originates from

identify the correct pair of statement I.funcations of sieve tubes is controlled by nucles of companion cells. II. Albuminous cells are present in angiosperms III. In dicot root, the vascular cambium is competely of perimary plant body.

identify the correct pair of statement I.functions of sieve tubes is controlled by nucles of companion cells. II. Albuminous cells are present in angiosperms III. In dicot root, the vascular cambium is competely of primary plant body.

identify the correct pair of statement I.functions of sieve tubes is controlled by nucles of companion cells. II. Albuminous cells are present in angiosperms III. In dicot root, the vascular cambium is competely of primary plant body.

Identify the correct pair of statemetns. I. Functions of sieve tubes are controlled by the nucleus of companion cells. II. Albuminous cells are present in angiosperms. III. In dicot root, the vascular cambium is completely secondary in origin. IV. Cylindrical meristems contribute to the formation of primary plant body.