Anatomy of Flowering Plants Questions

Biology

Anatomy of Flowering Plants Solutions

Use examples to describe the pressure-flow model of translocation in the phloem. Does water move down its water potential gradient in this model? Why or why not? Edit View Insert Format Tools Table 12ptParagraph B I u AV 2 T²v :

Biology

Anatomy of Flowering Plants Solutions

12. The root endodermis gives rise to lateral branici 73. Flowers, fruits, and endosperm are defining characteristics of the angiosperms. Tove 74. Flowers demonstrate indeterminate growth. 75. The root zone of maturation is immediately above the root apical meristem. 76. Ground tissue is usually located between the dermal and vascular tissues.

Biology

Anatomy of Flowering Plants Solutions

1. The root zone of maturation is m 76. Ground tissue is usually located between the dermal and vascular tissues. 77. The section of a stem where a leaf is attached is called the internode. 78. Many edible grains are monocotyledons. 79. Monocot roots have centrally located ground tissue called pith surrounded by a ring of alternating groups of

Biology

Anatomy of Flowering Plants Solutions

81. The conifers produce separate male and female gametophytes on the same type of cone. 82. The ovule of a seed producing plant is comprised of the megasporangium and all components inside of it. 83. The pollen of a seed producing plant is equivalent to the microgametophyte. 84. The vascular tissue of conifers differs from that of flowering plants in that conifers contain both tracheids and vessel elements. 85. The plant gametophyte produces gametes via mitosis, while the plant sporophyte produces spores via meiosis.

Biology

Anatomy of Flowering Plants Solutions

Match the terms with the best description mesophyll phloem vascular cambium monocots guttation A. root pressure exceeds transpiration pull B. fulectioning in photosynthesis C. transport sugars D. vascular tissue produced as secondary growth opening in the epidermis of the leaf arise from lateral meristem activity G. Water loss through the stomata H. no secondary growth E. secondary xylem E. stomata transpiration

Biology

Anatomy of Flowering Plants Solutions

Arrange the following five events in an order that explains the flow of materials in the phloem 1.Solutes are actively transported into sieve tubes 2. Water diffuses into the sieve tubes 3.Sugar moves down the stem 4.Sugar is transported from cell to cell in the leaf 5.Leaf cells produce sugar by photosynthesis Sugar moves down the stem Leaf cells produce sugar by photosynthesis Sugar is transported from cell to cell in the leaf Water diffuses into the sieve tubes Solutes are actively transported into sieve tubes

Biology

Anatomy of Flowering Plants Solutions

QUESTION 1 Select the best statement that describes the results of cell division that increases the plant length. O happens equally throughout the plant body occurs only in apical meristems O occurs only from lateral meristems happens from cell division of differentiated cells

Biology

Anatomy of Flowering Plants Solutions

LEARN MESSAGE HELP ASSIGNMENTS COURSES Assignment - 8. Cell Regulation Attempt 1 of 100 SECTION 3 OF5 QUES 1 2 3 4 5 6 7 8 9 10 > Structures in plant leaves that open and close to maintain homeostasis are called flowers O stomata O stems O nodes NEXT QUESTION ASK FOR HELP TURN ITT

Biology

Anatomy of Flowering Plants Solutions

Furthermore, which of the following adaptations were critical to adaptation in the earliest land plants? a. cellulose cell walls, chlorophyll, pollen b. cuticle, pollen, seeds C. chlorophyll , cuticle, stomata, rhizoids d. cuticle, stomata, rhizoids, vascular cells e. seeds, pollen, flowers, swimming sperm

Biology

Anatomy of Flowering Plants Solutions

2. The primary phloem lies between the arms of the xylem cross. Find the four patches of phloem cells which are usually stained green. Unlike xylem cells, the cells of phloem are alive when mature and that allows them to regulate the movement of dissolved sugars and other nutrients. Which direction will dissolved sugars usually be moving in the root phloem (towards or away from the shoot)?

Biology

Anatomy of Flowering Plants Solutions

A B Each of the cells in these photos contains a different type of plastid. The cells shown in photo A have been stained with Lugol's [iodine solution), while the cells in Photo B have not been stained. Even though the plastid types are different in "A" and "B" the fundamental cell type which contains them is the same. What is the name of this cell type? A) chromenchyma B) collenchyma C) parenchyma OD) sclereid MacBook Air DI 10 $ 4 3 % 5 ( & 7 6 * 00 8 9 E R T Y U | P D F G H J K C V B N. M H command

Biology

Anatomy of Flowering Plants Solutions

There are two cities that are close to each other but experience significantly different levels of precipitation, with one city having a cool, moist climate, while the other city is considered arid. What might cause this difference? Differing water management strategies, leading to water availability being higher in one city compared to the other. The wetter city is at a lower latitude than the drier city. There is a mountain between the two cities. The city with a wet climate is in an area of high pressure with converging air, while the city with a dry climate is in an area of low pressure with subsiding air