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Transport in Plants
37 topics, ranked by how often each is asked.
- 48 questions
- 28 papers
- 1.36% of Biology
Topics
The squares are the last ten exam years: filled means it was asked that year.
Topics
- 1Means of Transport – Active Transport1 questionPractise Means of Transport – Active Transport
- 2Transpiration – Transpiration Pull1 questionPractise Transpiration – Transpiration Pull
- 3Water Movement up a Plant – Properties of Water2 questionsPractise Water Movement up a Plant – Properties of Water
- 4Water Absorption by Roots – Apoplast Pathway1 questionPractise Water Absorption by Roots – Apoplast Pathway
- 5Phloem Transport – Flow from Source to Sink2 questionsPractise Phloem Transport – Flow from Source to Sink
- 6Plant-Water Relations – Water Potential1 questionPractise Plant-Water Relations – Water Potential
- 7Transpiration – Guttation1 questionPractise Transpiration – Guttation
- 8Transport in Xylem1 questionPractise Transport in Xylem
- 9Phloem transport - pressure flow hypothesis2 questionsPractise Phloem transport - pressure flow hypothesis
- 10Phloem transport and mineral nutrient mobility1 questionPractise Phloem transport and mineral nutrient mobility
- 11Mass flow hypothesis of phloem transport1 questionPractise Mass flow hypothesis of phloem transport
- 12Direction of translocation in phloem vs xylem1 questionPractise Direction of translocation in phloem vs xylem
- 13Facilitated diffusion - symport, antiport, uniport1 questionPractise Facilitated diffusion - symport, antiport, uniport
- 14Ascent of sap - transpiration pull1 questionPractise Ascent of sap - transpiration pull
- 15Diffusion across membranes1 questionPractise Diffusion across membranes
- 16Active and passive transport1 questionPractise Active and passive transport
- 17Active transport1 questionPractise Active transport
- 18Osmosis - hypotonic solution1 questionPractise Osmosis - hypotonic solution
- 19Transpiration – stomatal movement1 questionPractise Transpiration – stomatal movement
- 20Transpiration – mechanism of stomatal opening1 questionPractise Transpiration – mechanism of stomatal opening
- 21Water potential1 questionPractise Water potential
- 22Transpiration and gas exchange through stomata1 questionPractise Transpiration and gas exchange through stomata
- 23Phloem transport – nature of phloem sap1 questionPractise Phloem transport – nature of phloem sap
- 24Ascent of sap2 questionsPractise Ascent of sap
- 25Phloem transport4 questionsPractise Phloem transport
- 26Stomatal mechanism1 questionPractise Stomatal mechanism
- 27Root pressure2 questionsPractise Root pressure
- 28Water absorption1 questionPractise Water absorption
- 29Cohesion-tension theory1 questionPractise Cohesion-tension theory
- 30Facilitated diffusion1 questionPractise Facilitated diffusion
- 31Transpiration2 questionsPractise Transpiration
- 32Plant-Water Relations1 questionPractise Plant-Water Relations
- 33Plant Movements1 questionPractise Plant Movements
- 34Opening and Closing of Stomata3 questionsPractise Opening and Closing of Stomata
- 35Osmosis and Osmotic Pressure1 questionPractise Osmosis and Osmotic Pressure
- 36Absorption of Mineral Ions1 questionPractise Absorption of Mineral Ions
- 37Means of Transport1 questionPractise Means of Transport
No topics match.
Questions per paper
Asked in 12 of the last 16 papers (2017–2026).
- 2026: not asked
- 2026 Re-NEET: not asked
- 2025: not asked
- 2024: not asked
- 2024 Re-NEET: 1 question
- 2023: 3 questions
- 2023 Manipur: 2 questions
- 2022: 3 questions
- 2022 Phase 2: 3 questions
- 2021: 1 question
- 2020: 1 question
- 2020 Phase-2: 1 question
- 2019: 2 questions
- 2019 Odisha: 3 questions
- 2018: 1 question
- 2017: 2 questions
Concepts tested
- Girdling experiment 2
- Phloem loading 2
- Active absorption of water
- Active and passive transport
- Active transport
- Active transport uses energy
- apoplast pathway of water movement
- Ascent of sap - transpiration pull
- cohesion, adhesion, surface tension and guttation
- cohesion, adhesion, surface tension, guttation
- Cohesion-tension theory
- Diffusion across membranes
- Diffusion pressure deficit
- direction of translocation in phloem
- Direction of translocation in phloem vs xylem
- Facilitated diffusion - symport, antiport, uniport
- Features of facilitated transport
- Glycolate theory of stomatal opening
