1 2 3 pistil4 5

Word Bank cuticle stomata transpiration xylem seed coat gymnospermscambium taproot Vascular plants with no flowers or fruit; seeds in cones gymnosperms

Word Bank cuticle stomata transpiration xylem seed coat gymnospermscambium taproot Tissue made up of tubular vessels that transport water and minerals up from the root xylem

Word Bank cuticle stomata transpiration xylem seed coat gymnospermscambium taproot Waxy covering that land plants have on their leaves to keep from drying out cuticle

Word Bank cuticle stomata transpiration xylem seed coat gymnospermscambium taproot Evaporation of water from a leaf transpiration

Word Bank cuticle stomata transpiration xylem seed coat gymnospermscambium taproot Small pores in the leaf surface stomata

Word Bank cuticle stomata transpiration xylem seed coat gymnospermscambium taproot The outer covering of a seed Seed coat

Word Bank cuticle stomata transpiration xylem seed coat gymnospermscambium taproot The tissue that forms new xylem and phloem cambium

Word Bank cuticle stomata transpiration xylem seed coat gymnospermscambium taproot Type of root that has one long, thick main root, like the one found in a dandelion taproot

Plants have the following characteristics EXCEPT: A. All are multicellular B. All are prokaryotes C. All have cell walls D. Most contain chlorophyll

Ferns are the most abundant of the __________ plants. A. seedless vascular B. gymnosperm C. angiosperm D. nonvascular

An example of a nonvascular plant is a ______________. A. daisy B. horsetail C. moss D. pine tree

The major function of leaves is to A. store food B. make food C. absorb water and minerals D. move water to other plants

Monocots have all the following characteristics EXCEPT: A. Parallel veins in leaf B. Vascular bundles scattered in stem C. Flower parts in threes D. Flower parts in fours or fives

Which of the following is part of a seed? A. pistil B. embryo C. ovary D. stamen

Roots have all of the following functions EXCEPT to A. anchor the plant B. absorb water and minerals C. make food D. store food

Which of the following would be the same whether a plant was living in water or land? A. The way photosynthesis occurs B. The way the plant is supported C. The way the water is retained D. The way that materials are transported

Stems have all the following functions EXCEPT to A. absorb nutrients from the soil B. support the above ground parts of the plant C. store food D. transport materials between leaves and roots

Flowering plants can be grouped into A. mosses and liverworts B. monocots and dicots C. gymnosperms and angiosperms D. cycads and gnetums

Flowers are plant structures that are important for A. photosynthesis B. transpiration C. reproduction D. transport of food and water

Which of the following is true of plant life cycles? A. Plant life cycles include a sporophyte and a chlorophyte stage B. In the gametophyte stage, the plant produces egg and sperm cells C. Diploid spores combine to form a zygote D. The zygote grows into the gametophyte stage

What do seedless plants produce for reproduction? A. dicots B. monocots C. embryos D. spores

The scattering of seeds so they are away from their parent plant is called A. seed dispersal B. seed germination C. seed growth D. seed families

A flexible stem like the one found on a tulip is considered to be A. fibrous B. herbaceous C. woody D. nonvascular

_______________ is when pollen grains from the male reproductive structures land on the female reproductive structures A. Germination B. Photosynthesis C. Transpiration D. Pollination

What part of the bean seed stores the food? A. future leaves B. future roots C. cotyledons D. seed coats

The type of root that has one long, thick main root like the one found in the dandelion is A. fibrous B. a taproot C. woody D. herbaceous

Name three technologies that farmers can use to increase crop yields. Precision farming hydroponics Genetic engineering

Which technology do you think holds the most promise for the future? Precision Farming HydroponicsGenetic Engineering saves time and money increases crop yields by helping farmers maintain ideal conditions farmer will know exact amount of fertilizer needed allows people to grow crops in areas with poor soil can grow crops in containers filled with sand or gravel with a nutrient solution crops can grow in a wider range of climates engineering plants to be more resistant to damage from insects

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