Flowers
Tissues
Leaves
Parts
Monocots vs Dicots
100

The whole female structure is called the

What is the Pistil

100

The tissue that moves only water and minerals

What is xylem

100

A corn plant has this type of veins in the leaf

Parallel

100

This protects the tip of the root while it is growing

Root Cap

100

This plant has a taproot and webbed leaves

Dicot

200

The two male parts of a flower are

Anther and Filament

200

This tissue moves water, minerals, and nutrients throughout the plant

Phloem

200

An oak tree has this type of veins in the leaf

Netted Pinnate

200

The place where the petiole connects to the stem

Node

200

This is the classification of a corn plant

What is a monocot?

300

These attract insects

Petals

300

The _____ is found in the palisade mesophyll layer of leaves. 

Chloroplasts

300

The purpose of leaves

Photosynthesis

300

The structures that increase surface area for water and mineral absorption

Root Hairs

300
This is the classification of a tree

Dicot

400

The three female parts of a flower are

Stamen, Stigma, and Ovule

400

The _____ is the rapidly dividing tissue in a root and at the terminal end of a plant. 

Apical Meristem

400

A maple leaf has this type of veins in the leaf

Netted Palmate (Webbed)

400

This connects the leaf to the stem

Petiole

400

This plant has parallel/straight veins and fibrous roots

Monocot

500

The purpose of flowers

To reproduce

500

The tissues that include the xylem, phloem, and meristematic cells.

Vascular tissue

500

A monocot has this type of veins

Parallel

500

This is found at the very top of the plant where the plant will put no more growth on this season

Terminal Bud

500

The term that gave us monocot and dicot--the first structures that give energy and come before the first true leaves

Cotyledons

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