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Quarter 1 Module 4

Quarter 1 Module 4
54問 • 2年前
  • CYCLONE 143
    • 通報

    問題一覧

  • 1

    Groups of cells performing special life functions are called ______.

    tissues

  • 2

    The following are some human cells and its functions :

    1. Blood cells, 2. Nerve cells, 3. Skeletal muscle cells, 4. Ova or egg cells sex cells, 5. Sperm cells

  • 3

    Red, white blood cells and platelets floating in liquid plasma

    Blood cells

  • 4

    Also called neuron .Cells with fiber which conduct impulses. It consist of a cell body, axon and dendrites.

    Nerve cells

  • 5

    Also called striated muscle cells because of their striped appearance when viewed under a compound microscope.

    Skeletal muscle cells

  • 6

    Female sex cells produced by the ovaries.

    Ova or egg cells sex cells

  • 7

    Male sex cells produced by the testes.

    Sperm cells

  • 8

    These are made up of closely-packed cells arranged in flat sheet. It forms lining of various cavities and tubes in the body such as lining of the small intestine which secretes digestive substances and absorbed products of digestion.

    Epithelial tissues

  • 9

    This tissue is specialized to form the covering or lining of all internal and external body surface. Some has special functions of absorption, secretion, excretion, sensation and respiration.

    Epithelial tissues

  • 10

    Types of Epithelial tissues :

    1. Squamous, 2. Stratified squamous, 3. Cuboidal, 4. Columnar, 5. Cillated columnar

  • 11

    Hold parts of the body together, such as bones. The long tough fiber that hold bones onto other bones are called ligaments, forming joints, while the tissues which hold muscle to bone are called tendons. Cartilage is another type of connective tissue, which has widely spaced cells. Blood is regarded as specialized form of connective tissue because it originates in the bones and has some fibers. Blood is compose of red blood cells, white blood cells and platelets.

    Connective tissues

  • 12

    The long tough fiber that hold bones onto other bones are called ______, forming joints

    ligaments

  • 13

    While the tissues which hold muscle to bone are called ______

    tendons

  • 14

    It is another type of connective tissue, which has widely spaced cells

    Cartilage

  • 15

    It is regarded as specialized form of connective tissue because it originates in the bones and has some fibers

    Blood

  • 16

    These are for movement in animals

    Muscle tissues

  • 17

    Muscles not under our conscious control. Example. The muscles in your stomach move even if we do not let them do so and the action cannot be stopped either.

    Involuntary muscles

  • 18

    This type of muscle is also called visceral or smooth muscle.

    Involuntary muscles

  • 19

    Type of muscle tissues :

    1. Involuntary muscle, 2. Voluntary muscle, 3. Cardiac muscle, 4. Nerve tissues

  • 20

    Made up of long fibers and they move our bones. It is striated in appearance. We can control them at will. Example. We can raise our legs if we wish.

    Voluntary muscle

  • 21

    This type of muscle is called skeletal muscle, since they are attached to the bones.

    Voluntary muscle

  • 22

    It is a special type of muscle that make up our heart. It is an involuntary muscle that is striated in appearance.

    Cardiac muscle

  • 23

    Type of muscle cells :

    1. Cardiac muscle cells, 2. Skeletal muscle cells, 3. Smooth muscle cells

  • 24

    It carry electrical and chemical signals and impulses from the brain and central nervous system to the periphery, and vice versa.

    Nerve tissues

  • 25

    This tissues are made up of specialized cells called neurons. Brain, spinal cord and nerves are all composed of nerve tissue.

    Nerve tissues

  • 26

    Type of neurons :

    1. Motor neurons / efferent, 2. Sensory neurons / afferent, 3. Interneurons / association

  • 27

    Motor neurons/efferent

    1. Accept nerve impulses from the Central Nervous System, 2. Transmit them to muscles or glands

  • 28

    Sensory Neurons/ afferent

    1. Accept impulse from sensory receptors, 2. Transmit them to CNS

  • 29

    Interneurons/association

    1. Convey nerve impulse between various parts of the CNS

  • 30

    Plant Tissues :

    1. Meristematic tissues, 2. Permanent tissues

  • 31

    A tissue is composed of a group of vegetative cells with one or more specific functions.

    Plant Tissues

  • 32

    These are tissues responsible for the production of new cells

    Meristematic tissues

  • 33

    It is compose of immature cells and regions of active in cell division. It have small, thin cell walls and rich in cytoplasm. Found in the growing tips of roots and stems.

    Meristematic tissues

  • 34

    These are composed of mature and differentiated cells.

    Permanent tissues

  • 35

    Cells of this tissue have lost their ability to divide and they have specialized structure to perform specific functions. These are derived from meristematic tissues.

    Permanent tissues

  • 36

    Kinds of Meristems :

    1. Apical meristems, 2. Lateral meristems

  • 37

    Found at the tips of stems and roots and are mainly responsible for the increase in length of stems and roots.

    Apical meristems

  • 38

    Found in the sides or periphery of roots and stems. Responsible of the increase in width or diameter of stems or roots.

    Lateral meristems

  • 39

    Kinds of Permanent Tissues :

    1. Simple permanent tissue, 2. Complex permanent

  • 40

    Consist of only one type of cells ( eg. Parenchyma)

    Simple permanent tissue

  • 41

    Consist of more than one type of cells ( eg. Xylem and phloem)

    Complex permanent

  • 42

    Simple Permanent tissues :

    1. Epidermis, 2. Parenchyma, 3. Collenchyma, 4. Sclerenchyma

  • 43

    This is an external tissue which consist of a single layer of living cells. It serves as the protective outer covering of the leaves, young roots and young stems.

    Epidermis

  • 44

    It produce cutin to protect plants against loss of water.

    Epidermis

  • 45

    Epidermis produce _____ to protect plants against loss of water.

    cutin

  • 46

    This is an internal tissue and consist of living cells with thin cell wall. Found in the soft parts of roots, stems, leaves and flowers. Most of the chlorophyll of leaves are in the cells of _____ tissue.

    Parenchyma

  • 47

    It is where photosynthesis occurs. The functions of parenchyma of stems and roots is food manufacturing and food storage. Ex. Fleshy tissues of fruits and vegetables.

    Parenchyma

  • 48

    The _____ is a strengthening or supportive tissue and functions to store food.

    Collenchyma

  • 49

    This is also an internal tissue. The _____ cells are structurally similar to parenchyma cells except that their walls are irregularly and compactly arranged.

    Collenchyma

  • 50

    Also an internal tissue consist of thick-walled, dead cells . The cells have uniformly thick heavily lignified secondary walls.

    Sclerenchyma

  • 51

    They function mainly for support. Plant fibers are sclerenchyma cells. Found also in stone cells of chico fruit and in seed coat of coconut shells.

    Sclerenchyma

  • 52

    Vascular tissues :

    1. Xylem, 2. Phloem

  • 53

    Primarily functions for the transport of water and dissolved substances upward in the plant body.

    Xylem

  • 54

    Primary functions in the transport of organic material such as carbohydrates and amino acids.

    Phloem

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    問題一覧

  • 1

    Groups of cells performing special life functions are called ______.

    tissues

  • 2

    The following are some human cells and its functions :

    1. Blood cells, 2. Nerve cells, 3. Skeletal muscle cells, 4. Ova or egg cells sex cells, 5. Sperm cells

  • 3

    Red, white blood cells and platelets floating in liquid plasma

    Blood cells

  • 4

    Also called neuron .Cells with fiber which conduct impulses. It consist of a cell body, axon and dendrites.

    Nerve cells

  • 5

    Also called striated muscle cells because of their striped appearance when viewed under a compound microscope.

    Skeletal muscle cells

  • 6

    Female sex cells produced by the ovaries.

    Ova or egg cells sex cells

  • 7

    Male sex cells produced by the testes.

    Sperm cells

  • 8

    These are made up of closely-packed cells arranged in flat sheet. It forms lining of various cavities and tubes in the body such as lining of the small intestine which secretes digestive substances and absorbed products of digestion.

    Epithelial tissues

  • 9

    This tissue is specialized to form the covering or lining of all internal and external body surface. Some has special functions of absorption, secretion, excretion, sensation and respiration.

    Epithelial tissues

  • 10

    Types of Epithelial tissues :

    1. Squamous, 2. Stratified squamous, 3. Cuboidal, 4. Columnar, 5. Cillated columnar

  • 11

    Hold parts of the body together, such as bones. The long tough fiber that hold bones onto other bones are called ligaments, forming joints, while the tissues which hold muscle to bone are called tendons. Cartilage is another type of connective tissue, which has widely spaced cells. Blood is regarded as specialized form of connective tissue because it originates in the bones and has some fibers. Blood is compose of red blood cells, white blood cells and platelets.

    Connective tissues

  • 12

    The long tough fiber that hold bones onto other bones are called ______, forming joints

    ligaments

  • 13

    While the tissues which hold muscle to bone are called ______

    tendons

  • 14

    It is another type of connective tissue, which has widely spaced cells

    Cartilage

  • 15

    It is regarded as specialized form of connective tissue because it originates in the bones and has some fibers

    Blood

  • 16

    These are for movement in animals

    Muscle tissues

  • 17

    Muscles not under our conscious control. Example. The muscles in your stomach move even if we do not let them do so and the action cannot be stopped either.

    Involuntary muscles

  • 18

    This type of muscle is also called visceral or smooth muscle.

    Involuntary muscles

  • 19

    Type of muscle tissues :

    1. Involuntary muscle, 2. Voluntary muscle, 3. Cardiac muscle, 4. Nerve tissues

  • 20

    Made up of long fibers and they move our bones. It is striated in appearance. We can control them at will. Example. We can raise our legs if we wish.

    Voluntary muscle

  • 21

    This type of muscle is called skeletal muscle, since they are attached to the bones.

    Voluntary muscle

  • 22

    It is a special type of muscle that make up our heart. It is an involuntary muscle that is striated in appearance.

    Cardiac muscle

  • 23

    Type of muscle cells :

    1. Cardiac muscle cells, 2. Skeletal muscle cells, 3. Smooth muscle cells

  • 24

    It carry electrical and chemical signals and impulses from the brain and central nervous system to the periphery, and vice versa.

    Nerve tissues

  • 25

    This tissues are made up of specialized cells called neurons. Brain, spinal cord and nerves are all composed of nerve tissue.

    Nerve tissues

  • 26

    Type of neurons :

    1. Motor neurons / efferent, 2. Sensory neurons / afferent, 3. Interneurons / association

  • 27

    Motor neurons/efferent

    1. Accept nerve impulses from the Central Nervous System, 2. Transmit them to muscles or glands

  • 28

    Sensory Neurons/ afferent

    1. Accept impulse from sensory receptors, 2. Transmit them to CNS

  • 29

    Interneurons/association

    1. Convey nerve impulse between various parts of the CNS

  • 30

    Plant Tissues :

    1. Meristematic tissues, 2. Permanent tissues

  • 31

    A tissue is composed of a group of vegetative cells with one or more specific functions.

    Plant Tissues

  • 32

    These are tissues responsible for the production of new cells

    Meristematic tissues

  • 33

    It is compose of immature cells and regions of active in cell division. It have small, thin cell walls and rich in cytoplasm. Found in the growing tips of roots and stems.

    Meristematic tissues

  • 34

    These are composed of mature and differentiated cells.

    Permanent tissues

  • 35

    Cells of this tissue have lost their ability to divide and they have specialized structure to perform specific functions. These are derived from meristematic tissues.

    Permanent tissues

  • 36

    Kinds of Meristems :

    1. Apical meristems, 2. Lateral meristems

  • 37

    Found at the tips of stems and roots and are mainly responsible for the increase in length of stems and roots.

    Apical meristems

  • 38

    Found in the sides or periphery of roots and stems. Responsible of the increase in width or diameter of stems or roots.

    Lateral meristems

  • 39

    Kinds of Permanent Tissues :

    1. Simple permanent tissue, 2. Complex permanent

  • 40

    Consist of only one type of cells ( eg. Parenchyma)

    Simple permanent tissue

  • 41

    Consist of more than one type of cells ( eg. Xylem and phloem)

    Complex permanent

  • 42

    Simple Permanent tissues :

    1. Epidermis, 2. Parenchyma, 3. Collenchyma, 4. Sclerenchyma

  • 43

    This is an external tissue which consist of a single layer of living cells. It serves as the protective outer covering of the leaves, young roots and young stems.

    Epidermis

  • 44

    It produce cutin to protect plants against loss of water.

    Epidermis

  • 45

    Epidermis produce _____ to protect plants against loss of water.

    cutin

  • 46

    This is an internal tissue and consist of living cells with thin cell wall. Found in the soft parts of roots, stems, leaves and flowers. Most of the chlorophyll of leaves are in the cells of _____ tissue.

    Parenchyma

  • 47

    It is where photosynthesis occurs. The functions of parenchyma of stems and roots is food manufacturing and food storage. Ex. Fleshy tissues of fruits and vegetables.

    Parenchyma

  • 48

    The _____ is a strengthening or supportive tissue and functions to store food.

    Collenchyma

  • 49

    This is also an internal tissue. The _____ cells are structurally similar to parenchyma cells except that their walls are irregularly and compactly arranged.

    Collenchyma

  • 50

    Also an internal tissue consist of thick-walled, dead cells . The cells have uniformly thick heavily lignified secondary walls.

    Sclerenchyma

  • 51

    They function mainly for support. Plant fibers are sclerenchyma cells. Found also in stone cells of chico fruit and in seed coat of coconut shells.

    Sclerenchyma

  • 52

    Vascular tissues :

    1. Xylem, 2. Phloem

  • 53

    Primarily functions for the transport of water and dissolved substances upward in the plant body.

    Xylem

  • 54

    Primary functions in the transport of organic material such as carbohydrates and amino acids.

    Phloem