Plants Processes

Which of the following plant tissues is responsible for transporting the glucose produced in the leaves during photosynthesis to other parts of the plant?

• Xylem and Phloem

• Phloem

• Xylem

• Dermal

Which of the following is the opening responsible for the intake of CO₂ and the removal of O₂ from the leaves of a plant?

• Xylem

• Phloem

• leaf

• Stomata

The evaporation of water from a plant is called _____________ and it takes place through small openings in the leaves called _____________.

• Transpiration; Vascular tissue

• Absorption; Photosynthesis

• Photosynthesis; Stomata

• Transpiration; Stomata

What would happen to a plant if the xylem were damaged?

• They will continue reproducing and transporting what they need.

• The leaves will take over the job of transportation.

• The plant will not be able to obtain the needed material for photosynthesis.

• Vascular tissue does not have an important function in plants.

What would happen to a plant if the xylem were damaged?

• They will continue reproducing and transporting what they need.

• The leaves will take over the job of transportation.

• The plant will not be able to obtain the needed material for photosynthesis.

• Vascular tissue does not have an important function in plants.

During transpiration, water exits the ___________, through openings called ____________.

• Leaf; Stomata

• Stomata: Flower

• Roots; Stomata

• Phloem; Stomata

Which structure of the plant absorbs water and nutrients from the soil?

• stem
• leaves
• roots
• flowers

The female part of the flower is known as the ____.

• stamen
• anther
• filament
• pistil

The ovary, style, and stigma are all ____________ and are important structures in the physiological process of _____________.

• root system and transportation

• chloroplast and photosynthesis

• female structures and reproduction

• male structures and reproduction

What type of plant tissue allows for the growth of the plant?

• meristematic tissue

• dermal tissue

• ground tissue

• vascular tissue