Transport of Molecules in Plant A widely accepted explanation for transport of sugar in phloem is called transpiration cytoplasmic streaming pressure flow hypothesis root pressure theory transpiration cytoplasmic streaming pressure flow hypothesis root pressure theory ANSWER DOWNLOAD EXAMIANS APP
Transport of Molecules in Plant When guard cells swell stomata close evaporation stops stomata open photosynthesis stops stomata close evaporation stops stomata open photosynthesis stops ANSWER DOWNLOAD EXAMIANS APP
Transport of Molecules in Plant The cohesion-tension theory of water movement helps to explain how water moves from soil into root? Into the guard cells From leaf to root Through the phloem Through the xylem Into the guard cells From leaf to root Through the phloem Through the xylem ANSWER DOWNLOAD EXAMIANS APP
Transport of Molecules in Plant Phloem is composed of tracheids and sieve-tube elements vessel elements and companion cells tracheids and vessel elements sieve-tube elements and companion cells tracheids and sieve-tube elements vessel elements and companion cells tracheids and vessel elements sieve-tube elements and companion cells ANSWER DOWNLOAD EXAMIANS APP
Transport of Molecules in Plant The movement of most minerals, including potassium into root cells is by active transport diffusion osmosis bulk flow active transport diffusion osmosis bulk flow ANSWER DOWNLOAD EXAMIANS APP
Transport of Molecules in Plant The evaporation of water from leaves is called tension pressure flow cohesion transpiration tension pressure flow cohesion transpiration ANSWER DOWNLOAD EXAMIANS APP
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