The plants with which we’re familiar, such as maple trees, do not produce gametes (eggs and sperm), but instead produce _______, making them the _______ generation of plants. This generation alternates with the _______ generation, which on the male side consists of _______ and on the female side consists of small collections of cells, each one of which is known as a(n) _______.

For a new generation of sporophyte plant to be produced, _______ from one plant must land on the _______ of a plant, a necessary step in allowing the fusion of ______ with _______ that will bring about reproduction.

One of the fertilizations in double fertilization produces a ______, which is the original cell in the new generation of ______ plant. The other fertilization produces ______ in the form of the tissue called _______.

The water-conducting portions of xylem are made up of two kinds of cells, _______ and _______.

The transpiration that moves water through xylem is ultimately powered by _______.

To move dissolved sucrose through phloem, a plant must first _______ sucrose into _______ cells. This produces an osmosis that results in a fluid _______ that transports the sucrose.

Unlike the case with animals, plant growth comes only at ______ of roots and shoots and can go on ______.

Everything in the plant ultimately develops from ______ tissue, through collections of this tissue known as ______.

Most plants fall into the category of the broad-leafed _______, but many of out most important food crops are narrow-leafed _______.

Dermal tissue is tissue located at the _______ of a plant, while vascular tissue forms a plant’s _______ system.

Xylem is the tissue through which _____ and _______ flow, while phloem is the tissue that conducts the _______.