Organisms test 1 part 2

what are the benefits of seeds

what is the formation from ovule to seed

what is the microgametophyte development process

how do we identify sporophyte and gametophyte in this diagram

what is the formation of an ovule

what is the formation of pollen

what are gymnosperms

what are the names of the 4 gymnosperm phyla

what is an angiosperm

what is the difference between monocots and eudicots

how is an embryo protected in an angiosperm

what are the different fruit types of different plants

what is the floral structure

what is pollination

what are the reproductive features of plants

what is the angiosperm life cycle

how is pollen formed

what is the formation of microgametophytes

what is the formation of the megagametophyte

what is the concept of double fertilisation in plants

how does the ovary in the female stigma attract the pollen tube

how does the endosperm form

in gymnosperms does the food reserve develop regardless whether the egg is fertilised or not? what happens in angiosperms? why is this an advantage

what is a plant organ and what are the three main organs of plants

what is the purpose of the shoots and roots

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what is the purpose of roots

what is the difference between monocot and eudicot roots

where do root hairs occur and what is their purpose?

what are some examples of root modifications

what are stems

what is an example of a stem modification

what are leaves

how can you determine if a leaf is compound or simple

what are some examples of leaf modifications

what are plant cells

plant cell diagram

what are plant cell walls made up of

what is the second wall in plants made up of

what is cellulose

what is lignin

what are the three types of plant tissue

what is the function of the dermal tissues

what is the function of the epidermal cells

what is the guard cell function

what is the function of the trichomes

what is ground tissue

what are vascular tissues

what is the difference between a vessel member and tracheid

What are the three main cell types

what are parenchyma cells

what are collenchyma cells

what are sclerenchyma cells

what is the purpose of a meristem

what how long can plants live for

how can membranes move across membranes

what role does diffusion have in plants

what is passive transport

what is active transport

what role do proton pumps have in plants

what role does water balance have in plants

what is water potential

what is the impact of solutes and cell walls on water potential

what are the two components of water potential

why can't cell walls expand if water enters the cell resulting in the increase in cell pressure

what is transmembrane transport

what is symplastic transport

what is apoplastic transport

how are nutrients transported from soil to roots

how are water and nutrients transported in the epidermis and cortex

how are nutrients delivered into the xylem

what is transpiration

what is root pressure

what is guttation

what is the transpiration-cohesion-tension principle

how do plants regulate transpiration

How does the stomata open and close

how are nutrients transported in the phloem

what is a source

what is a sink

what are plants composed of

where do the nutrients come from

What are the essential elements of plants

What are the most vital macronutrients for plants

where does nitrogen deficiency first show up in plants

where will iron deficiency first show up

what is nitrogen used for

what is the function of nitrogen and plant symbioses

Where does N2 fixing bacteria reside

how do legumes aid in crop rotation

what do carnivorous plants do

what do parasitic plants do

where do carnivorous plants grow

what does the amount of light reaching the plant vary with

what is greening

what is etiolation

what is de-etiolation

how do plants respond to environmental signals

what is the signal transduction pathway

how do plant hormones influence growth

what is tropism

what is phototropism

what is the purpose of auxin

What is gravitropism

what is thigmotropism

what are the major plant hormones

what do auxins and cytokines promote

what is senescence

What do gibberellins do

what are brassinosteroids

what is abscisic acid (ABA)

What is ethylene

what is a phytochrome

what is heat stress

what happens to a plant when it becomes heat stressed

what is the temperature compensation point

what causes photorespiration

what is reradiating

what is conduction

what is convection

what is evaporative cooling

what are the plant adaptations to avoid heat stress

What is HSP

why are the blue mountains of NSW blue