What Are the Types and Main Functions of Plant and Animal Tissues?
Class 9 Chapter 6 Tissues MCQ plays a crucial role in strengthening your understanding of the biology chapter "Tissues." Practicing MCQs helps students build quick recall, understand key differences between plant and animal tissues, and prepare for CBSE as well as competitive exams. This page covers multiple-choice questions, explanations, and other valuable insights on tissues as per the latest CBSE syllabus.
What are Tissues? – A Quick Revision
In biology, tissues are groups of cells that have a similar structure and function. In plants, tissues are mainly divided into meristematic and permanent tissues. In animals, there are four main types: epithelial, connective, muscular, and nervous tissues. Understanding tissues is important for grasping how living organisms are structured and function.
Class 9 Chapter 6 Tissues MCQ – Practice Questions With Answers
Solving class 9 science chapter 6 tissues mcq questions is one of the best ways to master this chapter. These MCQs test your conceptual clarity, analytical skills, and memory. Below are carefully selected questions to help you prepare effectively for exams.
- Where is the apical meristem found?
A) At root and shoot tips - Which tissue forms the husk of a coconut?
A) Sclerenchyma tissue - Phloem consists of:
A) Sieve tubes, companion cells, phloem parenchyma, phloem fibres - What tissue is responsible for movement in our body?
A) Muscular tissue - Vertical growth in plants is due to:
A) Apical meristem - Which blood component fights infection?
A) White blood cells (WBCs) - Desert plants reduce water loss due to:
A) Cuticle - Cartilage is found in all except:
A) Kidney - Which cell type is most likely to divide?
A) Meristem - Companion cells are associated with:
A) Sieve tubes
We recommend going through these mcq questions for class 9 science chapter 6 tissues with answers for better retention and time efficiency during exams.
Why are MCQs Essential for Class 9 Biology Chapter 6 Tissues?
MCQs not only test factual recall but also your ability to understand concepts and apply logic. MCQs are a key part of both CBSE final exams and school tests. Practicing chapter 6 tissues class 9 mcq enables you to:
- Identify conceptual gaps in your understanding
- Revise important definitions, differences, and examples
- Increase speed and accuracy for CBSE and other exams
- Prepare efficiently for short-answer and long-answer questions
Key Concepts Covered in Class 9 Science Chapter 6 Tissues MCQ
This section outlines the crucial concepts and definitions you must know before attempting mcq questions for class 9 science chapter 6 tissues.
- Plant Tissues:
- Meristematic tissues: apical, lateral, intercalary
- Permanent tissues: parenchyma, collenchyma, sclerenchyma, xylem, phloem
- Animal Tissues:
- Epithelial tissue: squamous, columnar, cuboidal, ciliated
- Connective tissue: bone, blood, cartilage, tendon, ligament
- Muscular tissue: striated, smooth, cardiac
- Nervous tissue: neuron structure and function
- Differences between plant and animal tissues (See differences in biological traits)
- Functions and roles of stomata in gaseous exchange (Learn more)
- Examples from real-life health and environmental contexts
Sample: Class 9 Biology Chapter 6 Tissues MCQ
Check out a few representative questions from class 9 chapter 6 tissues mcq practice sets, frequently asked in school and board exams.
- Which component of blood helps in clotting?
A) Platelets - Which tissue stores fat in our body?
A) Adipose tissue - Which plant tissue allows sideways water conduction?
A) Xylem vessels - Where is collenchyma commonly found?
A) In leaf stalks and beneath the epidermis of stems - Striated muscles are responsible for:
A) Voluntary movements
Each question in our MCQ repository is aligned with latest CBSE guidelines and tested by Vedantu’s experts.
Table: Differences Between Plant and Animal Tissues
| Aspect | Plant Tissue | Animal Tissue |
|---|---|---|
| Cell Structure | Usually have a cell wall, large vacuole | No cell wall, small vacuoles |
| Types | Meristematic, permanent (simple, complex) | Epithelial, connective, muscular, nervous |
| Repair & Growth | Slow, via meristematic tissues | Usually faster |
| Functionality | Mainly support, transport, storage | Complex functions (movement, sensation) |
This table summarizes how plant and animal tissues differ in structure and function. Understanding these differences is essential before solving applied MCQs or higher-order reasoning questions.
How to Prepare for MCQ Questions for Class 9 Science Chapter 6 Tissues?
To master mcq questions for class 9 science chapter 6 tissues, follow these proven tips:
- Read the chapter thoroughly and revise definitions.
- Attempt MCQs regularly to test your retention.
- Study diagrams (e.g., neuron, stomata, types of muscles) for visual memory.
- Compare tissues using tables as above for quicker recall.
- Discuss application-based questions in real-life scenarios, like medicine or agriculture.
You can also check related biology topics such as Muscular Tissue and Food Science for broader understanding.
Related Resources for Further Study
- Plant cell wall structure
- Simple vs. complex tissues
- Parts of the brain
- Tendon vs. ligament
- Epidermis in plants
For more comprehensive content and personalized doubts, Vedantu’s platform is always ready to help you excel in biology.
Page Summary
The Class 9 Chapter 6 Tissues MCQ page guides you through crucial MCQs, explanations, differences, and test strategies for the tissues chapter. Practicing these questions sharpens your CBSE exam preparation, deepens biology concepts, and builds confidence for future applications in medicine, agriculture, and daily life. Use Vedantu resources for more support and continuous learning in science.
FAQs on Class 9 Chapter 6 Tissues MCQ with Answers
1. What are tissues in Class 9 Chapter 6?
Tissues are groups of cells in multicellular organisms that have a similar structure and perform a specific function. In Chapter 6, tissues are categorized based on their structure and function, such as plant and animal tissues, to help students understand how different tissues help in the growth, maintenance, and functioning of living organisms.
2. What is the difference between plant tissue and animal tissue?
Plant tissues and animal tissues differ mainly in structure and function.
- Plant tissues can be meristematic (growing) or permanent (supporting, protecting, or transporting).
- Animal tissues include epithelial, connective, muscular, and nervous tissue.
- Plants have rigid cell walls and large vacuoles, whereas animals have more flexible cell membranes and no cell walls.
3. What are the types of plant tissues discussed in Class 9 NCERT?
Plant tissues are divided into two main types:
- Meristematic tissues: These are actively dividing cells and include apical, lateral, and intercalary meristem.
- Permanent tissues: These lose the ability to divide and are categorized as simple (parenchyma, collenchyma, sclerenchyma) and complex tissues (xylem and phloem).
4. What is meristematic tissue and what are its types?
Meristematic tissues are tissues of actively dividing cells, crucial for plant growth. Their main types are:
- Apical meristem: Found at tips of roots and shoots, responsible for lengthwise growth.
- Lateral meristem: Responsible for growth in thickness (secondary growth).
- Intercalary meristem: Located at the base of leaves or internodes, helps in growth of certain plant parts.
5. What is the function of sclerenchyma tissue?
Sclerenchyma tissue provides mechanical support and strength to plant parts.
- It consists of thick-walled, dead cells.
- Found in stems, bark, and veins of leaves for rigidity.
- Does not conduct substances, but adds durability and protection to plants.
6. What are permanent tissues and how are they classified?
Permanent tissues lose the ability to divide and differentiate into specialized structures. They are classified into:
- Simple permanent tissue: Parenchyma, collenchyma, and sclerenchyma.
- Complex permanent tissue: Xylem and phloem, responsible for transportation of water, minerals, and food in plants.
7. State the differences between xylem and phloem tissue.
Xylem and phloem are complex plant tissues with distinct functions:
- Xylem: Transports water and minerals from roots to other parts of the plant.
- Phloem: Transports food produced during photosynthesis to various plant parts.
- Xylem cells are generally dead and elongated, while phloem contains living cells.
8. What is epithelial tissue and where is it found in animals?
Epithelial tissue covers and protects the surface and internal organs of animals.
- It forms the outer layer of skin and lines organs, cavities, and blood vessels.
- Types include squamous, cuboidal, and columnar epithelium, each suited for specific functions like protection, absorption, and secretion.
9. What are the types of animal tissues covered in Class 9 Chapter 6?
Animal tissues are grouped into four main types:
- Epithelial tissue: Protects body surfaces and lines cavities.
- Connective tissue: Supports and binds other tissues; includes blood, bone, cartilage.
- Muscular tissue: Helps in movement; includes striated, unstriated, and cardiac muscle.
- Nervous tissue: Conducts impulses, found in the brain, spinal cord, and nerves.
10. Why is tissue organization important in multicellular organisms?
Tissue organization in multicellular organisms allows efficient division of labour, leading to better survival and functioning.
- Different tissues perform specialized tasks, improving overall efficiency.
- Aids in the growth, repair, and maintenance of organisms, helping them adapt to their environment.
11. Differentiate between parenchyma and collenchyma tissues.
Parenchyma and collenchyma are both simple permanent plant tissues with different roles:
- Parenchyma: Thin-walled, living cells, mainly involved in storage, photosynthesis, and healing.
- Collenchyma: Thickened corners, living cells, provide flexibility and mechanical support to growing plant parts.
12. What is the role of phloem in plants according to NCERT Class 9?
Phloem transports food made in leaves to all plant parts, ensuring nutrition and growth.
- Contains sieve tubes, companion cells, phloem fibres, and phloem parenchyma.
- Essential for distributing sugars and other metabolic products from photosynthesis.
