Ulat are fesponsible for enabling the plant to grow taller and develop specialized tissues in the roots and shoots are called: A. Apical meristem cells B. Lateral meristem cells C. Xylem cells D. Phloem cells An example of a hierarchy of structure in animals in INCREASING levels of complexity is as follows: A. circulatory system heart->heart muscle tissue-> heart muscle cell B. heart muscle cell heart heart muscle tissue circulatory system C. heart muscle cell → circulatory system > heart heart muscle tissue D. heart muscle cell> heart muscle tissue>heart circulatory system

Ulat are fesponsible for enabling the plant to grow taller and develop specialized tissues in the roots and shoots are called: A. Apical meristem cells B. Lateral meristem cells C. Xylem cells D. Phloem cells An example of a hierarchy of structure in animals in INCREASING levels of complexity is as follows: A. circulatory system heart->heart muscle tissue-> heart muscle cell B. heart muscle cell heart heart muscle tissue circulatory system C. heart muscle cell → circulatory system > heart heart muscle tissue D. heart muscle cell> heart muscle tissue>heart circulatory system

Biology: The Dynamic Science (MindTap Course List)

4th Edition

ISBN:9781305389892

Author:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Publisher:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Chapter36: Reproduction And Development In Flowering Plants

Section: Chapter Questions

Problem 8TYK: Which of the following is not an example of pattern formation in developing plants? a. an epidermal...

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19.As observed in animal stem cells, plant meristems are able to? Read and analyze the question and choices CAREFULLY; more importantly, ALWAYS CHOOSE the BEST answer. produce nutrients for other cells. exist as mature cells. fight microbial invaders by becoming mobile and phagocytic. remain undifferentiated but can divide to produce cells that generate new tissues
1. Consider the tradeoffs between having a living exterior with guard cells vs. a thick layer of waterproofed dead cells. How might this impact the ability of the plant to interact with the outer environment? 2. Why do some seeds undergo a period of dormancy, and how do they break dormancy? 3. Girdling is a process used to slowly kill a tree and/or to create a standing dead tree (a snag). Explain why girdling would kill a tree.
6. What tissue type are we looking at in the image on the right? Tissue type: Label the cell types and explain their function. How do they contribute to plant survival. A: B: A->>> B
Name the 2 major vascular tissues in plants and animals (and what is transported in each) Plants a. Xylcm b. Phloem Animals a. blood vessels b. ymphatics
What is a homeobox gene? Give at least two examples of plant tissues such genes might govern in a species such as A. thaliana.
Where are parenchyma tissues located in a plant? Where are parenchyma tissues located in a plant? Stems Leaves Roots Ground tissue system Ground tissue system Vascular tissue system All of the above A, B, C, and D.
Plants develop from stem cells called O A. blastocyst B. meristems C. embryonic stem cells D. adult stem cells
Which of the following cell types forms most of the inside of a plant? a. meristem cells b. collenchyma cells c. sclerenchyma cells d. parenchyma cells
A unique feature of plants is indeterminate growth. Indeterminate growth is possible because a. meristematic regions for primary growth occur throughout the entire plant body. b. all cell types in a plant often give rise to meristematic tissue. c. meristematic cells continually replace themselves. d. all cells in a plant continue to divide indefinitely.
3. Ground Tissue *comprises the rest of the plant that is not dermal or vascular *used for photosynthesis, storage, and support *the specific type of ground tissue depends on its location Root & Stem: (internal to vascular tissue) (external to vascular tissue) Leaves: mesophyll (elongated, columnar) mesophyll (irregular shaped, spaced apart)
3. What are the differences in the development of plants and animals in terms of life cycle? Answer the table below. Feature Plant Animal Life Cycle Growth Pattern Cell growth (in size or in number) Change in Body Shape Formation of Gametes
3. As vascular plants evolved, they developed several important evolutionary advances. Explain the importance of each of the following: a. vascular tissue b. seeds c. flowers d. fruits