Question

What type of root does castor oil plant have?
Please answer as fast as possible ​

Answer 1

Ricinus communis, the castor bean or castor oil plant, is a species of perennial flowering plant in the spurge family, Euphorbiaceae

Answer 2

Explanation:

Castor-oil plant, (Ricinus communis), also called castor bean, large plant of the spurge family (Euphorbiaceae), grown commercially for the pharmaceutical and industrial uses of its oil and for use in landscaping.

Castor plants can be grouped into tall and short types. The

Castor plants can be grouped into tall and short types. The tall type has a large, well-developed tap-root which can

Castor plants can be grouped into tall and short types. The tall type has a large, well-developed tap-root which can reach several feet in length and has substantial laterals and

Castor plants can be grouped into tall and short types. The tall type has a large, well-developed tap-root which can reach several feet in length and has substantial laterals and secondary roots. Dwarf types roots always reflect

Castor plants can be grouped into tall and short types. The tall type has a large, well-developed tap-root which can reach several feet in length and has substantial laterals and secondary roots. Dwarf types roots always reflect peculiarity to particular variety or cultural system and

Castor plants can be grouped into tall and short types. The tall type has a large, well-developed tap-root which can reach several feet in length and has substantial laterals and secondary roots. Dwarf types roots always reflect peculiarity to particular variety or cultural system and show less apparent tap-root. In arid areas where the plant

Castor plants can be grouped into tall and short types. The tall type has a large, well-developed tap-root which can reach several feet in length and has substantial laterals and secondary roots. Dwarf types roots always reflect peculiarity to particular variety or cultural system and show less apparent tap-root. In arid areas where the plant has only rainfall for subsistence, aerial growth tends to be

Castor plants can be grouped into tall and short types. The tall type has a large, well-developed tap-root which can reach several feet in length and has substantial laterals and secondary roots. Dwarf types roots always reflect peculiarity to particular variety or cultural system and show less apparent tap-root. In arid areas where the plant has only rainfall for subsistence, aerial growth tends to be slower in relation to root growth than under more

Castor plants can be grouped into tall and short types. The tall type has a large, well-developed tap-root which can reach several feet in length and has substantial laterals and secondary roots. Dwarf types roots always reflect peculiarity to particular variety or cultural system and show less apparent tap-root. In arid areas where the plant has only rainfall for subsistence, aerial growth tends to be slower in relation to root growth than under more favourable conditions . The well-developed root

The well-developed root system allows the plant to take maximum advantage of soil

The well-developed root system allows the plant to take maximum advantage of soil moisture, a major factor in the plants resistance to drought.

The well-developed root system allows the plant to take maximum advantage of soil moisture, a major factor in the plants resistance to drought. Root system shows a strong correlation to yield because it

The well-developed root system allows the plant to take maximum advantage of soil moisture, a major factor in the plants resistance to drought. Root system shows a strong correlation to yield because it allows the crop to tape necessary nutrient and water for

The well-developed root system allows the plant to take maximum advantage of soil moisture, a major factor in the plants resistance to drought. Root system shows a strong correlation to yield because it allows the crop to tape necessary nutrient and water for proper accumulation of biomass. Planting castor in a soft

The well-developed root system allows the plant to take maximum advantage of soil moisture, a major factor in the plants resistance to drought. Root system shows a strong correlation to yield because it allows the crop to tape necessary nutrient and water for proper accumulation of biomass. Planting castor in a soft and loose soil is an advantage for proper development of

The well-developed root system allows the plant to take maximum advantage of soil moisture, a major factor in the plants resistance to drought. Root system shows a strong correlation to yield because it allows the crop to tape necessary nutrient and water for proper accumulation of biomass. Planting castor in a soft and loose soil is an advantage for proper development of root which will in turn contribute to better yield.

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