231035
Identify the characters related to xerophytes from the following :
1 A, B, E only
2 A, B, D only
3 B, C, E only
4 A, C, E only
5 More air cavities
Explanation:
Xerophyte, a plant adopted to life in a dry or physiologically dry habitat by means of mechanism to prevent water loss or to store available water, stunted stems, reduced leaves and well developed vascular are characters of xerophytes.
TS EAMCET-30.07.2022 Shift-II
Organisms and Populations
231005
The soil which is transported by wind is known as
1 colluvial
2 aeolian
3 alluvial
4 glacial soil
Explanation:
Aeolian soil also know as "wind blown soil" is a type of soil that has been deposited or modified by the action of wind these soils often contain fine particles such as sand, silt and clay which have transported and deposited by wind our time.
Manipal-2015 / VMMC-2012
Organisms and Populations
231008
Ecotypes are
1 only morphologically different
2 only genetically different
3 Both and
4 both morphologically and genetically similar
Explanation:
Although the external ecology of the species differs morphologically or genetically. Yet because of their inter-fertility. They are placed in a taxonomic species.
Uttarakhand PMT-2011
Organisms and Populations
231010
In stratosphere, which of the following elements acts as a catalyst in degradation of ozone and release of molecular oxygen?
1 Carbon
2
3 Oxygen
4
Explanation:
In stratosphere, chlorine (Cl) acts an a catalyst in the degradation of ozone and release molecular oxygen, by the action of UV rays. - On CFC. Iron (fe), Carbon (c) and (O) are not ozone depleting substance.
231035
Identify the characters related to xerophytes from the following :
1 A, B, E only
2 A, B, D only
3 B, C, E only
4 A, C, E only
5 More air cavities
Explanation:
Xerophyte, a plant adopted to life in a dry or physiologically dry habitat by means of mechanism to prevent water loss or to store available water, stunted stems, reduced leaves and well developed vascular are characters of xerophytes.
TS EAMCET-30.07.2022 Shift-II
Organisms and Populations
231005
The soil which is transported by wind is known as
1 colluvial
2 aeolian
3 alluvial
4 glacial soil
Explanation:
Aeolian soil also know as "wind blown soil" is a type of soil that has been deposited or modified by the action of wind these soils often contain fine particles such as sand, silt and clay which have transported and deposited by wind our time.
Manipal-2015 / VMMC-2012
Organisms and Populations
231008
Ecotypes are
1 only morphologically different
2 only genetically different
3 Both and
4 both morphologically and genetically similar
Explanation:
Although the external ecology of the species differs morphologically or genetically. Yet because of their inter-fertility. They are placed in a taxonomic species.
Uttarakhand PMT-2011
Organisms and Populations
231010
In stratosphere, which of the following elements acts as a catalyst in degradation of ozone and release of molecular oxygen?
1 Carbon
2
3 Oxygen
4
Explanation:
In stratosphere, chlorine (Cl) acts an a catalyst in the degradation of ozone and release molecular oxygen, by the action of UV rays. - On CFC. Iron (fe), Carbon (c) and (O) are not ozone depleting substance.
231035
Identify the characters related to xerophytes from the following :
1 A, B, E only
2 A, B, D only
3 B, C, E only
4 A, C, E only
5 More air cavities
Explanation:
Xerophyte, a plant adopted to life in a dry or physiologically dry habitat by means of mechanism to prevent water loss or to store available water, stunted stems, reduced leaves and well developed vascular are characters of xerophytes.
TS EAMCET-30.07.2022 Shift-II
Organisms and Populations
231005
The soil which is transported by wind is known as
1 colluvial
2 aeolian
3 alluvial
4 glacial soil
Explanation:
Aeolian soil also know as "wind blown soil" is a type of soil that has been deposited or modified by the action of wind these soils often contain fine particles such as sand, silt and clay which have transported and deposited by wind our time.
Manipal-2015 / VMMC-2012
Organisms and Populations
231008
Ecotypes are
1 only morphologically different
2 only genetically different
3 Both and
4 both morphologically and genetically similar
Explanation:
Although the external ecology of the species differs morphologically or genetically. Yet because of their inter-fertility. They are placed in a taxonomic species.
Uttarakhand PMT-2011
Organisms and Populations
231010
In stratosphere, which of the following elements acts as a catalyst in degradation of ozone and release of molecular oxygen?
1 Carbon
2
3 Oxygen
4
Explanation:
In stratosphere, chlorine (Cl) acts an a catalyst in the degradation of ozone and release molecular oxygen, by the action of UV rays. - On CFC. Iron (fe), Carbon (c) and (O) are not ozone depleting substance.
231035
Identify the characters related to xerophytes from the following :
1 A, B, E only
2 A, B, D only
3 B, C, E only
4 A, C, E only
5 More air cavities
Explanation:
Xerophyte, a plant adopted to life in a dry or physiologically dry habitat by means of mechanism to prevent water loss or to store available water, stunted stems, reduced leaves and well developed vascular are characters of xerophytes.
TS EAMCET-30.07.2022 Shift-II
Organisms and Populations
231005
The soil which is transported by wind is known as
1 colluvial
2 aeolian
3 alluvial
4 glacial soil
Explanation:
Aeolian soil also know as "wind blown soil" is a type of soil that has been deposited or modified by the action of wind these soils often contain fine particles such as sand, silt and clay which have transported and deposited by wind our time.
Manipal-2015 / VMMC-2012
Organisms and Populations
231008
Ecotypes are
1 only morphologically different
2 only genetically different
3 Both and
4 both morphologically and genetically similar
Explanation:
Although the external ecology of the species differs morphologically or genetically. Yet because of their inter-fertility. They are placed in a taxonomic species.
Uttarakhand PMT-2011
Organisms and Populations
231010
In stratosphere, which of the following elements acts as a catalyst in degradation of ozone and release of molecular oxygen?
1 Carbon
2
3 Oxygen
4
Explanation:
In stratosphere, chlorine (Cl) acts an a catalyst in the degradation of ozone and release molecular oxygen, by the action of UV rays. - On CFC. Iron (fe), Carbon (c) and (O) are not ozone depleting substance.
