please answer all! Please I really need it. #28. This structure is a lenticel, what is it used for?For these two questions, do not look up the answers. I want youto think about your answer and give me a plausible explanation!#29: For the bird on the left, the Common Scimitarbill, explainhow its bill is adapted for obtaining and feeding on insects.# 30: For the bird on the right, the Long-billed Curlew, explain howits bill is adapted for feeding on mud invertebrates. #25: Name the tissue responsible for producingthe entire structure at the tip of the pointer.#26: Name the structures at the tip of the pointers.#27: Explain how this leaf is adapted for arid/dry regions.

Name: please answer all! Please I really need it. #28. This structure is a l
Uploaded: 2024-03-20T06:42:55.000Z
Channel: Bartleby
Description: please answer all! Please I really need it. #28. This structure is a lenticel, what is it used for?For these two questions, do not look up the answers. I want youto think about your answer and give me a plausible explanation!#29: For the bird on the

The tissues of plants are meristematic and permanent. The tissues located at the growing tips of the…

Science

Biology

#28. This structure is a lenticel, what is it used for? For these two questions, do not look up the answers. I want ) to think about your answer and give me a plausible explanatic #29: For the bird on the left, the Common Scimitarbill, explair how its bill is adapted for obtaining and feeding on insec #30: For the bird on the right, the Long-billed Curlew, explain its bill is adapted for feeding on mud invertebrates.

#28. This structure is a lenticel, what is it used for? For these two questions, do not look up the answers. I want ) to think about your answer and give me a plausible explanatic #29: For the bird on the left, the Common Scimitarbill, explair how its bill is adapted for obtaining and feeding on insec #30: For the bird on the right, the Long-billed Curlew, explain its bill is adapted for feeding on mud invertebrates.

Biology (MindTap Course List)

11th Edition

ISBN:9781337392938

Author:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg

Publisher:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg

Chapter36: Roots And Mineral Nutrition

Section: Chapter Questions

Problem 7TYU

See similar textbooks

Similar questions

b Section: Label the structures and tissues of the cross section of the dicot leaf. upper epidermis Label the structures and tissues of the cross section of the monocot leaf.
Define leaf abscission, and explain why it occurs and what physiological and anatomical changes precede it.
Differentiate taproot system from fibrous root system.
Define the term prop root?
What part of the plant is where the above tissue is collected? What is the pointed structure? What structures protect? what is the name and function of the innermost, light colored column above the pointer.
Describe the significance of the following structures in root formation: Hertwig’s Epithelial Root Sheath Epithelial diaphragm
Show the tissues in the transverse and longitudinal section of the root, on a diagram.
locate the following in each picture ● node● internode● leaf sheath (if possible)● lenticel (if possible)● axillary bud (if possible) please use arrow in
Compare the leaf structure of Nerium to Ligustrum. Look for stomata. Where are they located? On the upper or lower leaf surface? How is the surface of the leaf modified? Can you recognize why these leaves are said to have “sunken stomata”? Look for “hairs” on the leaf surface. Where are they located? How are they advantageous? How does the appearance of each tissue layer in Nerium differ from Ligustrum? Compare the upper epidermis to the lower epidermis. Compare the amount of cuticle.
B. LEAF ADAPTATION The main function of the leaf is in the processes of photosynthesis and transpiration. Apart from these functions, leaf is sometimes adapted to perform other functions. Examples of leaf adaptations are for: a) Support, which could be seen by the presence of tendrils b) Catching insects, by having cup-liked shape of hairs sensitive to touch c) Reproduction, by having meristematic cells able to produce new shoots that will go on to become new individual plants d) Food and water storage, especially found in plants living in dry areas where water is scarce (for example succulent plants, having leaf storing food and water) e) Floatation, for plants living on the water surface, their leaves in general will have air openings on tissues (used for floating) usually found on leaf petiole f) Protection, by having leaves completely or partially modified as thorns Instruction: a) 1. Search for ONE plant species with the following leaf adaptations 2. Give their scientific names…
. Compare the leaf structure of Potamogeton to Ligustrum. Look for stomata. Where are they located? On the upper or lower leaf surface? Does Potamogeton have sunken stomata or leaf hairs? Look at the area beneath the upper epidermis and compare it to the Ligustrum and Nerium leaves. How does it differ? What value does this have for the plant? How does the appearance of each tissue layer in Potamogeton differ from Ligustrum? Compare the upper epidermis to the lower epidermis. Compare the amount of cuticle. Compare the organization of the mesophyll cells to those in Ligustrum.
Diagram 1: Cross Section of a leaf-cells and structures. cuticle -upper epidermis palisade layer chloroplasts vascular bundle spongy mesophyll -intercellular chamber -lower epidermis stoma A possible explanation to explain the presence of the stoma structure would be that it stores extra water the leaf does not need. allows a passageway for gasses to enter and exit the leaf makes sugar needed by the cells. O maximizes the absorption of sunlight energy O O O O