Identify the |
|
a) |
A-Cotyledons, B-Hypocotyle, C-Plumule, D-Root cap, E-Radicle |
b) |
A- Radicle, B- Root cap, C- Plumule, D- Hypocotyle, E- Cotyledons |
c) |
A- Hypocotyle, B- Cotyledons, C- Plumule, D- Radicle, E- Root cap |
d) |
A- Plumule, B- Cotyledons, C- Hypocotyle, D- Radicle, E- Root cap |
Identify the |
|
a) |
A-Cotyledons, B-Hypocotyle, C-Plumule, D-Root cap, E-Radicle |
b) |
A- Radicle, B- Root cap, C- Plumule, D- Hypocotyle, E- Cotyledons |
c) |
A- Hypocotyle, B- Cotyledons, C- Plumule, D- Radicle, E- Root cap |
d) |
A- Plumule, B- Cotyledons, C- Hypocotyle, D- Radicle, E- Root cap |
(d) The diagram showing typical dicot embryo having various important parts. A typical dicotyledonous embryo, consist of an embryonal axis and two cotylendons. The portion of embryonal axis above the level of cotyledons is epicotyle, which terminates with plumule or stem tip. The cylindrical portion below the level of cotyledons is hypocotyl that terminates at its lower end in the radicle or root tip Root tip is covered with root cap |