Question

Which is not a difference between monocots and eudicots? Choose the FALSE selection Monocots have_ Dicots have A) one leaf seedling: 2 leaf seedling B) dispersed vasular bundles in stems; ring shaped vascular bundles in stems C) parallel veins in leaves; web shaped veins in leaves D) rhizomes; tap roots 37) Which is not a method of transport for water and solutes in plants? A) apoplastic route, through cell walls and extracellular spaces B) symplastic route, through the cytosol C) transmembrane route, across cell membranes and walls D) Gap junction route, through protein channels in membranes and walls

Answer 1

have w (1) Ans Moneot Monocots have rhizomes & Dicots ? ☺ tap roots . This combination is a wrong selection of rhizome of are literally means "mass of roots" is a modified subterranean plant estem that bends out roots and shools from its modes It is a rootline subterranean stem, commonly 3 horizontal in position, that usually produces roots a below and bends up shools progressively from the upper surface. * Monocoto have fibrous roots and dicots have tap roots. (contaurs roots from main root) hold Other options are correct - - Monocofs produces a single leaf, which is long and narrow during the germination of the seed. Dicats produces two leaves, which are in a different shape to the true leaf Monocots has a parallel wenation system and dicots have a réticulate wenation system. 1. Monocob Istems have scattered vascular bundles. Dicot ist ems have theire vasculare bundles in an vring arrangement. Mono cot istems have most near the outside edge of the stem. There is no pith dregion in monocots. Dicot stems have bundles in a ring surrounding parenchyma wells on a pith region

D Gap junction route through protein channels in membranes and walls are not a method of transport for water and solutes in plant Ihree are three parallel pathways involved in o the transport of water and solutes vis roots - apoplast symplast transcellular paths Caquaparins facilitate weiter flow through this path). duis radial transport across the root has been explained by a " composite transport model" CTM. The contribution of the plasma membrane bound AQPs, which facilitate water flows through the transcellular path. a overall water transport i dependent why de In plant cells, only one class of intercellular junctions are present Plasmodesmata) and I like gap junctions, they directly connect the cytoplasms of adjacent alls. que cell wall between a typical pair of adjacent cells is at least o. l ym thick, and so oructure very different from a gap junction is required to mediate Communication.