SEBA Class 9 Science Chapter 6 Tissues MCQs (2026–27) – Assam Eduverse
Get exam-ready with SEBA Class 9 Science Chapter 6 Tissues MCQs (2026–27), carefully designed as per the latest ASSEB syllabus and current board exam pattern. These SEBA Class 9 Science Chapter 6 Tissues MCQs include important objective questions, diagram-based MCQs, and concept-focused practice sets to help students prepare efficiently.
Created by Assam Eduverse subject experts, these SEBA Class 9 Science Chapter 6 MCQs cover essential topics such as plant and animal tissues, meristematic and permanent tissues, epithelial, connective, muscular, and nervous tissues. Practicing these Tissues MCQs Class 9 SEBA and Assam Board Class 9 Science objective questions helps build strong conceptual understanding and improves accuracy in exams. You can also practice more from Class 9 Science chapterwise MCQs and SEBA Class 9 MCQs.
Consistent revision of these ASSEB Class 9 Science Important MCQs will boost confidence and performance in exams. For detailed explanations, visit SEBA Class 9 Science Chapter 6 Tissues Solutions, or explore additional resources like SEBA Class 9 & 10 study materials and SEBA Class 9 syllabus.
SEBA Class 9 Science Chapter 6 Tissues MCQs – ASSEB 2026–27 Board Exam Practice
Table of Contents
Before You Start
Test your knowledge with the SEBA Class 9 Science MCQs Quiz. Read each question carefully and select the correct answer. Your answer is checked instantly after you choose an option, and a detailed explanation appears immediately to help you learn every concept and improve your exam preparation.
Assertion (A): Meristematic tissues are found localized at the growing tips of plant roots and stems.
Reason (R): These specific apical regions are responsible for increasing the linear length of the plant body.
✅ Correct Answer
Concept Explanation
Apical meristems are specifically located at the dynamic terminal tips of roots and stems. Because these cells divide continuously to elongate the primary axis of the plant, the reason perfectly justifies why they are positioned at these tips.
A group of cells that are structurally similar and cluster together to perform a specialized, collective function is scientifically defined as a/an:
✅ Correct Answer
Concept Explanation
In multicellular organisms, cells are organized into specialized groups. A group of cells originating from a common ancestral lineage that look alike and coordinate to achieve a specific physiological task is called a tissue.
Assertion (A): Sclerenchyma cells function as dead mechanical elements within mature plant structures.
Reason (R): These cells possess uniform, highly thickened cell walls filled with tough chemical deposits of lignin.
✅ Correct Answer
Concept Explanation
Sclerenchyma tissues consist of long, narrow, dead cells. Because their cell walls undergo heavy deposition of **lignin**—a waterproof chemical cement—the walls become so thick that the internal protoplast dies, leaving a dead structural element that provides mechanical rigidity.
In complex multicellular organisms, a distinct "division of labour" occurs within the body because:
✅ Correct Answer
Concept Explanation
Unlike unicellular organisms where one cell manages everything, multicellular bodies allocate different tasks to different cell clusters. For example, muscle cells contract to produce movement while nerve cells transmit messages, which creates a highly efficient **division of labour**.
What core physiological responsibility is meristematic tissue primarily designated for in plants?
✅ Correct Answer
Concept Explanation
Meristematic tissues are composed of young, active cells that retain the power of continuous cell division. Their main function is to produce new cells, driving the primary and secondary growth of the plant.
Compared to animals, terrestrial plants pack a much higher proportion of dead, supportive tissues because they:
✅ Correct Answer
Concept Explanation
Plants lead a sedentary, stationary existence. Since they are fixed in one spot and must stand upright against environmental factors like wind and rain, they require structural strength, which is efficiently provided by dead supportive cells that do not consume energy.
The continuous primary elongation of plant stems and root tips is powered directly by the activity of the:
✅ Correct Answer
Concept Explanation
Apical meristems are located at the growing apex zones of stems and roots. Their active divisions add new cells along the longitudinal axis, increasing the height and root reach of the plant.
The lateral meristem (vascular cambium) plays a specialized role in plant anatomy by increasing the:
✅ Correct Answer
Concept Explanation
While apical meristems control vertical length, **lateral meristems** run parallel to the sides of stems and roots. Their activity drives secondary growth, widening the plant's diameter or **girth**.
Why do the individual constituent cells of meristematic tissues notably lack large cytoplasmic vacuoles?
✅ Correct Answer
Concept Explanation
Vacuoles primarily function as storage compartments for cell sap and nutrients in mature cells. Since meristematic cells are focused entirely on rapid, continuous **cell division**, they possess a dense cytoplasm and prominent nucleus, with no need to store sap or waste.
A permanent tissue is formed from initial meristematic cells immediately after those cells:
✅ Correct Answer
Concept Explanation
When cells produced by meristematic tissue take up a specific role and **lose the ability to divide**, they undergo a developmental path called differentiation. This structural transition converts them into stable **permanent tissues**.
Which statement accurately outlines the structural properties of standard parenchyma tissue cells?
✅ Correct Answer
Concept Explanation
Parenchyma represents the most common unspecialized simple permanent tissue. It is composed of unspecialized, **living cells** with thin cellulose walls that are loosely arranged, leaving large intercellular air gaps to facilitate gas exchange and storage.
Assertion (A): Xylem and phloem systems are classified as complex permanent tissues rather than simple permanent tissues.
Reason (R): These conduction channels are constructed from more than one distinct cell type working together as a functional unit.
✅ Correct Answer
Concept Explanation
Simple tissues contain only one type of cell. Xylem and phloem are categorized as **complex permanent tissues** because they are composed of several types of cells (e.g., vessels, tracheids, and sieve tubes) that coordinate to function as a unified transport system.
When parenchyma cells develop and adapt to house active chlorophyll pigments, the tissue is specifically called:
✅ Correct Answer
Concept Explanation
When parenchyma cells in green leaves or young stems develop chloroplasts containing chlorophyll, they gain the capacity to perform photosynthesis. This modified parenchyma is called chlorenchyma.
The biological function of collenchyma tissue is to provide plant organs with:
✅ Correct Answer
Concept Explanation
Collenchyma cells have localized pectin thickenings at their corners. This structural feature allows young plant parts, like petioles and climbing stems, to bend easily without snapping, providing **flexibility and mechanical tensile strength**.
Which permanent plant tissue is characterized by dead cells with highly thickened, lignified walls?
✅ Correct Answer
Concept Explanation
Sclerenchyma tissue cells are long, narrow, and structurally dead. Their cell walls undergo thick secondary deposition of lignin, a molecule that leaves no internal room for cytological life, forming a rigid supportive framework.
The tough protective outer husk surrounding a coconut is composed of:
✅ Correct Answer
Concept Explanation
The fibrous, hard husk of a coconut is a classic example of **sclerenchyma tissue**. The thick, lignified walls of these sclerenchyma fibers provide the seed with high impact resistance and protection.
Assertion (A): Smooth muscle tissue blocks are alternative referred to as involuntary muscles.
Reason (R): The physical contraction and movement cycles of smooth muscles cannot be directly regulated by conscious control.
✅ Correct Answer
Concept Explanation
Smooth muscles line internal organs like the alimentary canal and blood vessels. Because their contractions occur automatically via the autonomic nervous system without requiring conscious thought, they are classified as **involuntary muscles**, making the reason a direct explanation for the assertion.
The outermost protective layer of cells wrapped around the entire plant body is termed the:
✅ Correct Answer
Concept Explanation
The epidermis is a continuous, single layer of cells that covers all parts of the plant. It protects against water loss, mechanical injury, and parasitic invasion.
Assertion (A): Specialized nervous tissues enable organisms to transmit rapid, high-speed responses to environmental stimuli.
Reason (R): Nervous tissue is composed of highly specialized excitable cells called neurons that generate and transmit electrical impulses.
✅ Correct Answer
Concept Explanation
Nervous tissue coordinates bodily responses. Because its constituent cells, **neurons**, are structurally specialized to receive and propagate electro-chemical signals along their axons rapidly, the reason directly explains how the tissue achieves its rapid response times.
The microscopic pores called stomata found along plant epidermal layers are primarily responsible for:
✅ Correct Answer
Concept Explanation
Stomata are small openings enclosed by pair of guard cells. They regulate two critical plant processes: taking in carbon dioxide and releasing oxygen during **gas exchange**, and venting excess water vapor into the atmosphere via **transpiration**.
Mature cork cells contain a localized coating of a waxy material called suberin, which makes them:
✅ Correct Answer
Concept Explanation
As cork cells mature, they form a thick, protective bark layer. They deposit a specialized, hydrophobic lipid substance called suberin into their cell walls. This waxy coating seals the dead cell boxes, making the layer completely impervious to gases, water vapor, and mechanical damage.
The vascular channel known as xylem is a complex permanent tissue responsible for transporting:
✅ Correct Answer
Concept Explanation
Xylem functions as a unidirectional pipeline in vascular plants. It is composed of tracheids, vessels, xylem parenchyma, and xylem fibres that work together to lift absorbed water and essential dissolved minerals from the root system up to the leaves.
The vascular channel known as phloem is a complex permanent tissue primarily responsible for transporting:
✅ Correct Answer
Concept Explanation
Phloem conducts materials bi-directionally throughout the plant body. It is responsible for translocation—moving the organic nutrients (sucrose/food) manufactured during leaf photosynthesis down to roots or up to growing buds and fruit storage zones.
Assertion (A): Under dynamic microscopic observation, the individual component cells of meristematic tissues are found to completely lack an internal cell wall framework.
Reason (R): These cells are locked in continuous mitotical replication phases and prioritize quick cytokinesis splitting over heavy secondary cell wall construction.
✅ Correct Answer
Concept Explanation
Both statements are false. Meristematic cells do contain cell walls, but they are uniquely characterized by having thin, flexible, primary cell walls made of pure cellulose to easily stretch during division. They never completely lack a cell wall altogether, as plant cells require structural boundaries at all lifecycle stages.
Which simple permanent plant tissue serves as the specialized structural lining inside aquatic plants to provide buoyancy, enabling them to float effortlessly on water surfaces?
✅ Correct Answer
Concept Explanation
In hydrophytes (aquatic plants), parenchyma cells develop a specialized modification known as aerenchyma. This tissue structure features massive, interconnected internal air spaces that trap gases, creating buoyancy so the plant can stay afloat to absorb sunlight.
Assertion (A): Collenchyma tissue is found localized below the epidermis layer inside plant leaf stalks.
Reason (R): Collenchyma provides essential structural flexibility along with mechanical support to growing plant parts.
✅ Correct Answer
Concept Explanation
Collenchyma is a living simple permanent tissue situated below the epidermal layer of leaf stalks (petioles) and young stems. Because its cells possess thick pectin deposits at the corners, it allows these flexible plant organs to bend easily during strong winds without tearing or snapping, directly validating the assertion.
Match the distinct epithelial tissue types in Column A with their primary anatomical locations inside the animal body in Column B:
| Column A | Column B |
|---|---|
| (a) Squamous epithelium | (1) Microscopic air sacs of lung alveoli |
| (b) Cuboidal epithelium | (2) Internal lining of kidney tubules |
| (c) Columnar epithelium | (3) Inner absorption lining of the intestine |
| (d) Ciliated epithelium | (4) Respiratory tract pathways |
✅ Correct Answer
Concept Explanation
Simple squamous epithelium forms extremely thin barriers perfect for gas diffusion inside lung alveoli. Cuboidal cell linings give mechanical strength to kidney tubules. Tall columnar cells assist secretion and nutrient absorption in the intestines, while ciliated fields wave rhythmic hair-like projections to push mucus along the respiratory tract.
Assertion (A): Epidermal cell systems arrange tightly into a continuous layer that lacks any clear intercellular spaces.
Reason (R): The primary function of the plant epidermis is to protect internal tissues from moisture loss, parasite invasion, and mechanical injury.
✅ Correct Answer
Concept Explanation
The plant epidermis acts as a protective shield. To block pests, prevent fungal infections, and keep vital moisture from evaporating away, its constituent cells pack tightly into a single continuous sheet, directly proving why it lacks intercellular gaps.
Which of the following cellular components are classified as parts belonging to a simple permanent plant tissue? - (i) Soft storage parenchyma
- (ii) Flexible supportive collenchyma
- (iii) Complex water-conducting xylem
- (iv) Toughened lignified sclerenchyma
✅ Correct Answer
Concept Explanation
Simple permanent tissues consist of structurally identical cells that work as a single unit. Parenchyma, collenchyma, and sclerenchyma cells all fit this rule. Xylem (iii) is categorized as a complex permanent tissue because it relies on several distinct, varied cells working together to conduct water.
Assertion (A): Cardiac heart muscles are classified as conscious, voluntary muscle groups.
Reason (R): Cardiac muscle tissues display continuous, lifelong rhythmic contraction and relaxation cycles.
✅ Correct Answer
Concept Explanation
The assertion is false because cardiac muscles are strictly involuntary tissues; we cannot consciously control our heartbeat. The reason statement is completely true: cardiac tissues feature unique rhythmic contraction and relaxation cycles that pump blood non-stop without fatiguing.
Match the distinct physical features of an isolated neuron cell in Column A with their structural names in Column B:
| Column A | Column B |
|---|---|
| (a) The primary neural cell unit | (1) Main cell body or cyton structure |
| (b) The elongated single output process | (2) The long axon fiber segment |
| (c) The short, highly branched entry processes | (3) Receiving dendrite branches |
| (d) The electrochemical signal transmitted | (4) Electrical nerve impulse |
✅ Correct Answer
Concept Explanation
The neuron is the basic unit of the nervous system. It consists of a main cell body (cyton) containing the nucleus, short hair-like extensions called dendrites that receive incoming signals, and a single long output branch called an axon that carries the nerve impulse toward target organs.
Assertion (A): Tendon tissue complexes serve to bind adjacent moving skeletal bones to other bones.
Reason (R): Tendons represent tough, highly strong fibrous connective tissues that display limited elastic flexibility.
✅ Correct Answer
Concept Explanation
The assertion is false because tendons attach skeletal muscles to bones rather than linking bones together. Tissues that join bones to other bones are called ligaments. The reason statement is true: tendons are strong, dense, fibrous connective tissues designed to transmit muscle pulls directly to the skeletal framework.
Which of the following functions represent roles that can be carried out by modified parenchyma cells in plants? - (i) Storing vital starches and organic nutrients
- (ii) Performing active photosynthesis (Chlorenchyma)
- (iii) Creating interior air cavities to help aquatic plants float (Aerenchyma)
- (iv) Conducting large volumes of water up the stem
✅ Correct Answer
Concept Explanation
Parenchyma cells serve as the basic ground tissue. They store food reserves, adapt into chloroplast-packed chlorenchyma for photosynthesis, or develop large air gaps (aerenchyma) to keep water plants buoyant. Bulk water transport (iv) is a specialized role performed by xylem, not parenchyma.
Assertion (A): Simple permanent tissues are built out of only one single type of cell throughout.
Reason (R): Complex permanent tissues are built out of more than one distinct type of cell that coordinate together.
✅ Correct Answer
Concept Explanation
Both statements define independent biological classifications accurately: simple tissues contain uniform cells (like parenchyma), while complex tissues combine multiple cell varieties to achieve a common task (like xylem). However, the definition of complex tissue does not serve as the logical explanation for the structure of simple tissue, which makes option B correct.
Which of the following cellular components represent true specialized cell variants found within the complex xylem tissue? - (i) Elongated hollow tracheids
- (ii) Tubular vessel elements
- (iii) Living xylem parenchyma cells
- (iv) Sieve tube elements
✅ Correct Answer
Concept Explanation
Xylem contains four distinct cellular parts: tracheids, vessels, xylem parenchyma, and xylem fibres. Sieve tube elements (iv) are specialized cells found within the complex food-conducting phloem network.
Which of the following options contain cellular elements that belong to the complex phloem tissue? - (i) Perforated sieve tubes
- (ii) Metabolic companion cells
- (iii) Strong phloem fibres
- (iv) Water-conducting tracheids
✅ Correct Answer
Concept Explanation
Phloem tissue transports nutrients and contains sieve tubes, companion cells, phloem parenchyma, and phloem fibres. Tracheids (iv) are dead, hollow cells that function exclusively within the water-conducting xylem tissue.
Which of the following listed choices represent real-world types of active meristematic growth tissue in plants? - (i) Apical meristem
- (ii) Lateral meristem
- (iii) Intercalary meristem
- (iv) Sclerenchyma fibers
✅ Correct Answer
Concept Explanation
Meristems are grouped by where they are located: apical (at tips for elongation), lateral (along sides for width), and intercalary (at leaf bases or nodes). Sclerenchyma fibers (iv) consist of heavily lignified dead cells, placing them in the permanent tissue category.
Match the simple permanent tissue types in Column A with their structural descriptions in Column B:
| Column A | Column B |
|---|---|
| (a) Parenchyma tissue | (1) Standard living storage tissue containing large vacuoles |
| (b) Collenchyma tissue | (2) Provides mechanical strength along with corner flexibility |
| (c) Sclerenchyma tissue | (3) Composed of hard, stiff dead cells with thick walls |
| (d) Epidermis sheet | (4) Single continuous outer protective layer |
✅ Correct Answer
Concept Explanation
Parenchyma acts as soft, unspecialized storage tissue. Collenchyma has corner cell wall thickenings to provide flexible support, while sclerenchyma develops heavily lignified dead cell networks that give stiffness. The epidermis forms a continuous outer layer to cover and shield the plant body.
Which of the following listed options are animal tissues classified as connective tissues? - (i) Structural bone matrix
- (ii) Fluid vascular blood
- (iii) Flexible cartilage liners
- (iv) Simple squamous epithelium
✅ Correct Answer
Concept Explanation
Connective tissues link or anchor organs together within an extracellular matrix. Bone (solid calcium matrix), blood (fluid plasma matrix), and cartilage (flexible smooth matrix) all meet this requirement. Squamous epithelium (iv) forms protective surface boundaries and layers rather than connective matrices.
Involuntary smooth muscle tissues are located inside which of the following anatomical structures? - (i) The walls of the alimentary canal
- (ii) The contractile iris of the eye
- (iii) The pathways of the ureters
- (iv) The rigid skeletal bone frame
✅ Correct Answer
Concept Explanation
Smooth muscle tissues consist of unstriated, spindle-shaped cells that manage autonomic, involuntary movements inside internal systems like the digestive tract, iris, and ureters. Skeletal bones (iv) are associated exclusively with striated, voluntary muscles.
Match the growth zone meristems in Column A with their primary directional functions in Column B:
| Column A | Column B |
|---|---|
| (a) Apical meristem | (1) Increases vertical height and axis length |
| (b) Lateral meristem | (2) Increases girth and structural diameter |
| (c) Intercalary meristem | (3) Found near nodal zones or leaf bases |
| (d) Permanent tissue | (4) Differentiated cell cluster that has lost the power to divide |
✅ Correct Answer
Concept Explanation
Apical meristems elongate root and shoot tips. Lateral meristems (cambium) expand the diameter or thickness of stems. Intercalary meristems reside near nodes to power localized growth, while permanent tissues are made up of specialized cells that have completed differentiation and stopped dividing.
Which of the following property lists accurately outline the structural parameters of skeletal striated muscle tissue? - (i) Subject to conscious, voluntary regulation
- (ii) Contains multiple nuclei inside each cell boundary (Multinucleate)
- (iii) Cells are structured as unbranched cylinders
- (iv) Cells are structured as tapered, unstriated spindles
✅ Correct Answer
Concept Explanation
Striated skeletal muscles attach directly to bones to control conscious, voluntary physical movements. When viewed under a microscope, these long, unbranched cylindrical fibers show alternate light and dark bands (striations) and contain multiple peripheral nuclei. Tapered spindles (iv) are a structural hallmark of smooth muscle tissue.
Match the tissues and vascular systems in Column A with their primary physiological roles in Column B:
| Column A | Column B |
|---|---|
| (a) Xylem channels | (1) Conducts dissolved water and minerals upward |
| (b) Phloem channels | (2) Translocates synthesized food sugars throughout the plant |
| (c) Vascular blood | (3) A fluid connective tissue containing cells suspended in plasma |
| (d) Areolar matrix | (4) Fills structural spaces between internal organs |
✅ Correct Answer
Concept Explanation
Xylem moves water and minerals absorbed by the roots upward. Phloem distributes sucrose synthesized during photosynthesis from the leaves to growth and storage sinks. Blood is a fluid connective tissue that moves gases and nutrients through plasma, while areolar tissue acts as loose packaging to fill spaces between organs and support epithelia.
Which of the following listed properties represent characteristic hallmarks of cardiac heart muscle tissue cells? - (i) Work automatically via autonomic, involuntary pathways
- (ii) Cells form interconnected, branched networks
- (iii) Individual cells contain only a single, central nucleus (Uninucleate)
- (iv) Cells are structured as tapered, unstriated spindles
✅ Correct Answer
Concept Explanation
Cardiac muscle cells are involuntary, cylindrical fibers that feature distinct cross-striations. Unlike skeletal muscle, cardiac cells branch out to connect with neighboring fibers and contain only one central nucleus per cell box. Spindle shapes (iv) are found only in smooth muscle systems.
Match the animal muscle and tissue variants in Column A with their physiological movement descriptions in Column B:
| Column A | Column B |
|---|---|
| (a) Striated muscle | (1) Powers voluntary movement attached to the skeleton |
| (b) Smooth muscle | (2) Powers autonomous, involuntary internal organ movements |
| (c) Cardiac muscle | (3) Drives rhythmic, lifelong contraction cycles of the heart |
| (d) Nervous tissue | (4) Forms the coordination structures of the brain and spinal cord |
✅ Correct Answer
Concept Explanation
Striated muscles generate voluntary skeletal movements. Smooth muscles control involuntary pathways inside visceral organs like the digestive tract. Cardiac tissues pump blood continuously via automatic rhythmic contraction cycles, and nervous tissue acts as the primary signaling network forming the brain and spinal cord.
Match the structural connective tissue in Column A with its appropriate properties or examples in Column B:
| Column A | Column B |
|---|---|
| (a) Fiber Tendon | (1) Strong fibrous band that connects skeletal muscle to bone |
| (b) Fiber Ligament | (2) Highly elastic band that connects bone directly to bone |
| (c) Cartilage layer | (3) Solid but flexible matrix present inside the nose and ears |
| (d) Adipose tissue | (4) Specialized metabolic layer used to store fat reserves |
✅ Correct Answer
Concept Explanation
Tendons connect skeletal muscles to bones. Ligaments connect bones to other bones. Cartilage contains a smooth matrix that cushions joint surfaces in the nose, trachea, and ears, while adipose tissue functions as an insulating layer that stores fat beneath the skin.
Match the cellular elements of blood in Column A with their primary functions in Column B:
| Column A | Column B |
|---|---|
| (a) Fluid Plasma fraction | (1) Fluid matrix containing dissolved proteins, salts, and hormones |
| (b) Red Blood Cells (RBCs) | (2) Transport oxygen throughout the body using hemoglobin |
| (c) White Blood Cells (WBCs) | (3) Provide immune defense to fight off infections |
| (d) Platelet cell fragments | (4) Mediate coagulation and blood clotting at injury sites |
✅ Correct Answer
Concept Explanation
Plasma forms the liquid matrix of blood. Red blood cells use hemoglobin to bind and transport oxygen. White blood cells defend the body against infections, and platelets circulate as small cell fragments that trigger coagulation to stop bleeding.
Match the component cells of xylem in Column A with their structural properties in Column B:
| Column A | Column B |
|---|---|
| (a) Tracheids | (1) Elongated, dead cells with thick walls and tapered ends |
| (b) Vessels | (2) Tubular structures arranged end-to-end for water conduction |
| (c) Xylem fibres | (3) Thick-walled dead cells that provide mechanical support |
| (d) Xylem parenchyma | (4) Thin-walled living cells responsible for nutrient storage |
✅ Correct Answer
Concept Explanation
Tracheids are elongated dead cells with pitted, tapered ends. Vessels link together end-to-end to form long water-conducting tubes. Xylem fibres develop thick secondary walls to provide structural support, and xylem parenchyma contains the only living cells in the tissue, which function in storage.
Match the specialized tissue terms in Column A with their property signatures in Column B:
| Column A | Column B |
|---|---|
| (a) Chlorenchyma | (1) Parenchyma tissue adapted to perform active photosynthesis |
| (b) Aerenchyma | (2) Parenchyma tissue containing large buoyant air cavities |
| (c) Protective Cork | (3) Dead, compact bark layer that acts as protective tissue |
| (d) Suberin matrix | (4) Waterproof waxy coating deposited inside cork cell walls |
✅ Correct Answer
Concept Explanation
Chlorenchyma is a modified parenchyma tissue rich in chloroplasts for photosynthesis. Aerenchyma features large internal air channels that help aquatic plants stay buoyant. Cork forms a compact protective outer barrier as plants age, and its cell walls are lined with suberin, a waxy compound that blocks water and gas exchange.
Match the neurological terms in Column A with their definitions in Column B:
| Column A | Column B |
|---|---|
| (a) Neuron cell | (1) Foundational anatomical unit of nervous tissue |
| (b) Long Axon | (2) Single long output process that conducts impulses away |
| (c) Short Dendrites | (3) Short branched processes that receive incoming stimuli |
| (d) Nerve impulse | (4) The electrical signal routed along the neural network |
✅ Correct Answer
Concept Explanation
Neurons are the structural and functional units of nervous tissue. The axon is the single long projection that transmits signals away from the cell body, while dendrites are short, branched structures that pick up incoming stimuli. The electrical signal that moves along the neuron is called a nerve impulse.
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SEBA Class 9 Science Chapter 6 Tissues MCQs – Important Objective Questions
Developing a clear understanding of Tissues is essential for strengthening core concepts in Biology. Regular practice of well-structured MCQs based on the latest SEBA (ASSEB) syllabus helps students build a solid foundation and become familiar with the types of objective questions asked in examinations.
These SEBA Class 9 Science Chapter 6 MCQs cover important topics such as types of plant tissues, meristematic and permanent tissues, simple and complex tissues including xylem and phloem, as well as different animal tissues like epithelial, connective, muscular, and nervous tissues. A proper understanding of these topics is important for distinguishing structural and functional differences in living organisms.
By solving these important objective questions for Class 9 Science, students can improve their ability to identify diagrams, understand tissue functions, and avoid confusion between similar tissue types. It also strengthens analytical thinking and helps in applying concepts accurately in exams.
Consistent MCQ practice enhances accuracy, speed, and confidence. Students become more comfortable with exam patterns, improve time management, and can revise the entire chapter more effectively before tests or final examinations.
To achieve better results in school assessments and board-level exams, students should include these MCQs in their regular study routine. With clear concepts and continuous revision, scoring well in this chapter becomes much more manageable and stress-free.
FAQs – SEBA Class 9 Science Chapter 6 Tissues MCQs
1. How many MCQs come from Tissues in SEBA Class 9 Science exam?
Usually 3–5 MCQs appear from Tissues. Since around 45 MCQs come overall, focus on definitions and functions to score quickly.
2. Which are the most important MCQs from Chapter 6 Tissues for SEBA exam?
Focus on plant tissues, animal tissues, and meristem types. These are frequently asked. Practice repeated questions from Assam Eduverse for better accuracy.
3. Is Class 9 Science Chapter 6 Tissues difficult for MCQs?
No, it’s scoring if concepts are clear. Most MCQs are direct. Just revise diagrams and functions regularly to avoid confusion.
4. Where can I download SEBA Class 9 Tissues MCQs with answers PDF?
You can find chapter-wise MCQ PDFs on Assam Eduverse and similar sites. Always choose updated content based on latest ASSEB exam guidelines.
5. What topics should I study for Tissues MCQs preparation?
Study meristematic tissue, permanent tissue, xylem, phloem, and animal tissues. No numericals here—focus on concepts and differences for quick MCQ solving.
6. How to prepare quickly for Tissues MCQs before exam?
Revise one-page notes, practice 20–30 MCQs daily, and focus on tricky terms. Quick revision helps improve speed during the final exam.
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