| A | B |
|---|
| The part of a plant that provides support and allows for the movement of water and nutrients through the plant is the | stem |
| The "male" part of a flower is the | stamen |
| Plants with roots, stems, leaves and flowers reproduce with | seeds |
| When a male plant cell fertilizes a female plant cell, a seed that contains a young plant is produced. This young plant is called | embryo |
| Ferns and mosses are examples of plant that reproduce with | spores |
| The green pigment in the leaf of a plant that absorbs light energy from the sun is | chlorophyll |
| The action of transfering male gametophytes to female gametophytes | pollination |
| The part of a plant where food is produced is the | leaf |
| The process by which plants use the sun's energy to make sugar is | photosynthesis |
| The part of the pistil that receives the pollen is the | stigma |
| The part of a plant that holds the plant in the ground and takes water and nutrients from the soil is the | root |
| Tiny bits of plant life that make reproduction possible in plants without seeds are | spores |
| The plant kingdom can be divided into four groups. They are | non-vascular, seedless vascular, gymnosperm, angiosperm |
| A period of suspended life processes brought on by changes in the environment is | dormancy |
| Pollen is produced in the | anther |
| The "female" part of a flower is the | pistil |
| The small leaves that form the housing of a developing flower are the | sepals |
| The structure that produces eggs in non-vascular plants | archegonium |
| The structure that produces sperm in non-vascular plants | antheridium |
| The generationin all plants that produces spores | sporophyte |
| The generation in all plants that produces gametes | gametophyte |
| The structure in non-seed plants that contains spores | sporangia |
| The male gametophyte in seed plants | pollen |
| The female gametophyte in seed plants | ovule |
| Vascular tissue that transports water | xylem |
| The structure male gametophytes use to deliver their gametes | pollen tube |
| The leaf-like structures on embryo sporophytes in seed plants | cotyledons |
| The spore-producing bodies of gymnosperms | cone |
| The structure produced by double fertilization in angiosperms that supports the embryo | endosperm |
| Anchoring structures in non-vascular plants | rhizoids |
| Vascular tissue that transports carbohydrates | phloem |
| Seed plants that do not enclose their seeds | gymnosperm |
| Seed plants that enclose their seeds | angiosperm |
| Angiosperm that has one seed leaf on its embryo | monocot |
| Angiosperm that has two seed leaves on its embryo | dicot |
| Plant tissues perform functions like photosynthesis, food storage, and secretion | parenchyma |
| Structural support tissues in green stem plants | collenchyma |
| Structural support tissues in woody stem plants | sclerenchyma |
| Outermost layer of leaves and green stems composed of single layer of parenchyma cells | epidermis |
| many layers of parenchymal cells, found on woody plants, replaces epidermis | periderm |
| The growing tip of a stem or root | meristem |
| The leaf structure composed of a pore and two guard cells | stoma |
| The upper interior photosynthesizing cells of a leaf; packed closely | palisade mesophyll |
| The lower interior photosynthesizing cells of a leaf; packed loosely | spongy mesophyll |
| The growing layer of a woody plant stem that increases its diameter | cambrium |
| Process that transfers water from the soil, through xylem to theleaves and out to the atmoshpere | transipration |
| The part of a flower that houses the ovules and becomes the fruit | ovary |
