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BATCH 3

BATCH 3
50問 • 2年前
  • CYCLONE 143
    • 通報

    問題一覧

  • 1

    Lyse & release enzymes to break down & recycle cell parts

    Lysosomes

  • 2

    In plants, they store cell sap

    Vacuoles

  • 3

    Includes storage of sugars, proteins, minerals, lipids, wastes, salts, water, and enzes

    Vacuoles

  • 4

    Function in moving cells, in moving fluids, or in small particles across the cell surface

    Cilia & Flagella

  • 5

    Made or PROTEINS and rRNA

    Ribosomes

  • 6

    Proteins factories for cell

    Ribosomes

  • 7

    Join amino acids to make proteins through protein synthesis

    Ribosomes

  • 8

    Are shorter and more numerous on cells

    Cilia

  • 9

    Are longer and fewer (usually 1-3) on cells

    Flagella

  • 10

    Fluid filled sacks for storage

    Vacuoles

  • 11

    Small or absent in animal cells

    Vacuoles

  • 12

    Plant cells have a large Central Vacuole

    Vacuoles

  • 13

    The parts of the cell can be compared to the _____

    Parts of a city based on their similar purpose

  • 14

    Modify, sort, & package molecules from ER fpr storage or transport out of cell

    Golgi Bodies

  • 15

    Functions of the smooth ER

    1. Makes membrane lipids (steroids), 2. Regulates calcium (muscle cells), 3. Destroys toxic substances (liver)

  • 16

    Stacks of flattened sacs

    Golgi Bodies

  • 17

    Have a shipping side (cis face) & a receiving side (trans face)

    Golgi Bodies

  • 18

    Receive proteins made by ER

    Golgi Bodies

  • 19

    Transport vesicles with modified proteins pinch off the ends

    Golgi Bodies

  • 20

    Proteins are made by ribosomes on ER surface

    Rough ER

  • 21

    City Analogy & Purpose of Cell

    City Analogy : City Purpose : Area with fixed boundary

  • 22

    City Analogy & Purpose of Cell Membrane

    City Analogy : City Limits Purpose : Surrounds & Border

  • 23

    City Analogy & Purpose of Cytoplasm

    City Analogy : Environment Purpose : Inner space

  • 24

    City Analogy & Purpose of Nucleus

    City Analogy : City Hall Purpose : Controls the activities

  • 25

    City Analogy & Purpose of Endoplasmic Reticulum

    City Analogy : Roads or Highways Purpose : Transpotation system

  • 26

    City Analogy & Purpose of Mitochondria

    City Analogy : Powerplant or solar panels or windmills Purpose : Provides power

  • 27

    City Analogy & Purpose of Vacuole

    City Analogy : Storage facility Purpose : Stores food and waste

  • 28

    City Analogy & Purpose of chloroplast

    City Analogy : Green grass within the city Purpose : Where photosynthesis takes place

  • 29

    City Analogy & Purpose of Cell Wall

    City Analogy : Brick wall surrounding city Purpose : Gives shape, structure, support, and protection

  • 30

    Materials are transported from rough ER to golgi to the cell membrane by _____

    Vesicles

  • 31

    Surrounded by Double membrane

    Chloroplasts

  • 32

    Outer membrane smooth

    Chloroplasts

  • 33

    Inner membrane modified into sacs called Thylakoids

    Chloroplasts

  • 34

    Thylakoids in stacks called Grana & interconnected

    Chloroplasts

  • 35

    Gel like material surrounding thylakoids

    Stroma

  • 36

    Prokaryotes

    1. No nucleus, 2. No organelles, 3. All are unicellular, 4. All cells have walls, 5. First cell type on earth

  • 37

    Eukaryotes

    1. Cells have a nucleus, 2. Cells have organelles, 3. Have a cytoskeleton, 4. Some have cilia

  • 38

    Similarity between prokaryotes and eukaryotes

    1. Have DNA, 2. Have ribosomes, 3. Have cytoplasm

  • 39

    Vesicles moves to cell surface

    Exocytosis

  • 40

    Reverse of endocytosis

    Exocytosis

  • 41

    Forms of Endocytosis

    1. Phagocytosis (cell eating), 2. Pinocytosis (cell drinking)

  • 42

    Membranes fuse to form vesicle

    Endocytosis

  • 43

    Molecular movement

    Active transport

  • 44

    Process of Facilitated Transport

    1. Protein binds with molecule, 2. Shape of protein changes, 3. Molecule moves across membrane

  • 45

    Channels usually are transport proteins

    Facilitated Diffusion

  • 46

    Solvent flow into cell

    Hypotonic

  • 47

    Solutes equal inside & out

    Isotonic

  • 48

    Solvent flow out of cell

    Hypertonic

  • 49

    Fluid flows from lower to higher solute concentration

    Osmosis

  • 50

    Movement of molecules of a solute from areas of high to low concentration without the use of energy

    Passive transport

    • Cell

    Cell

    CYCLONE 143 · 166問 · 2年前

    Cell

    Cell

    166問 • 2年前
    CYCLONE 143

    Quarter 1 Module 1

    Quarter 1 Module 1

    CYCLONE 143 · 46問 · 2年前

    Quarter 1 Module 1

    Quarter 1 Module 1

    46問 • 2年前
    CYCLONE 143

    Quarter 1 Module 1

    Quarter 1 Module 1

    CYCLONE 143 · 81問 · 2年前

    Quarter 1 Module 1

    Quarter 1 Module 1

    81問 • 2年前
    CYCLONE 143

    Quarter 1 Module 1

    Quarter 1 Module 1

    CYCLONE 143 · 30問 · 2年前

    Quarter 1 Module 1

    Quarter 1 Module 1

    30問 • 2年前
    CYCLONE 143

    Quarter 1 Module 2

    Quarter 1 Module 2

    CYCLONE 143 · 68問 · 2年前

    Quarter 1 Module 2

    Quarter 1 Module 2

    68問 • 2年前
    CYCLONE 143

    Quarter 1 Module 3

    Quarter 1 Module 3

    CYCLONE 143 · 49問 · 2年前

    Quarter 1 Module 3

    Quarter 1 Module 3

    49問 • 2年前
    CYCLONE 143

    Quarter 1 Module 4

    Quarter 1 Module 4

    CYCLONE 143 · 54問 · 2年前

    Quarter 1 Module 4

    Quarter 1 Module 4

    54問 • 2年前
    CYCLONE 143

    Quarter 1 Module 1

    Quarter 1 Module 1

    CYCLONE 143 · 43問 · 2年前

    Quarter 1 Module 1

    Quarter 1 Module 1

    43問 • 2年前
    CYCLONE 143

    QUARTER 1 MODULE 1

    QUARTER 1 MODULE 1

    CYCLONE 143 · 28問 · 2年前

    QUARTER 1 MODULE 1

    QUARTER 1 MODULE 1

    28問 • 2年前
    CYCLONE 143

    LESSON 1

    LESSON 1

    CYCLONE 143 · 49問 · 2年前

    LESSON 1

    LESSON 1

    49問 • 2年前
    CYCLONE 143

    BATCH 1

    BATCH 1

    CYCLONE 143 · 50問 · 2年前

    BATCH 1

    BATCH 1

    50問 • 2年前
    CYCLONE 143

    BATCH 2

    BATCH 2

    CYCLONE 143 · 50問 · 2年前

    BATCH 2

    BATCH 2

    50問 • 2年前
    CYCLONE 143

    BATCH 4

    BATCH 4

    CYCLONE 143 · 59問 · 2年前

    BATCH 4

    BATCH 4

    59問 • 2年前
    CYCLONE 143

    Quarter 1 Week 1 Lesson 1

    Quarter 1 Week 1 Lesson 1

    CYCLONE 143 · 28問 · 2年前

    Quarter 1 Week 1 Lesson 1

    Quarter 1 Week 1 Lesson 1

    28問 • 2年前
    CYCLONE 143

    Quarter 1 Week 2 Lesson 2

    Quarter 1 Week 2 Lesson 2

    CYCLONE 143 · 33問 · 2年前

    Quarter 1 Week 2 Lesson 2

    Quarter 1 Week 2 Lesson 2

    33問 • 2年前
    CYCLONE 143

    Quarter 1 Week 2 Lesson 3

    Quarter 1 Week 2 Lesson 3

    CYCLONE 143 · 35問 · 2年前

    Quarter 1 Week 2 Lesson 3

    Quarter 1 Week 2 Lesson 3

    35問 • 2年前
    CYCLONE 143

    Quarter 1 Module 2

    Quarter 1 Module 2

    CYCLONE 143 · 28問 · 2年前

    Quarter 1 Module 2

    Quarter 1 Module 2

    28問 • 2年前
    CYCLONE 143

    Quarter 1 Week 1

    Quarter 1 Week 1

    CYCLONE 143 · 16問 · 2年前

    Quarter 1 Week 1

    Quarter 1 Week 1

    16問 • 2年前
    CYCLONE 143

    Quarter 1 Week 2

    Quarter 1 Week 2

    CYCLONE 143 · 39問 · 2年前

    Quarter 1 Week 2

    Quarter 1 Week 2

    39問 • 2年前
    CYCLONE 143

    LESSON 2

    LESSON 2

    CYCLONE 143 · 32問 · 2年前

    LESSON 2

    LESSON 2

    32問 • 2年前
    CYCLONE 143

    LESSON 2 WEEK 1

    LESSON 2 WEEK 1

    CYCLONE 143 · 63問 · 2年前

    LESSON 2 WEEK 1

    LESSON 2 WEEK 1

    63問 • 2年前
    CYCLONE 143

    Determining the truthfulness of the following claim

    Determining the truthfulness of the following claim

    CYCLONE 143 · 20問 · 2年前

    Determining the truthfulness of the following claim

    Determining the truthfulness of the following claim

    20問 • 2年前
    CYCLONE 143

    Tuklasin Natin Week 3 Lesson 4

    Tuklasin Natin Week 3 Lesson 4

    CYCLONE 143 · 5問 · 2年前

    Tuklasin Natin Week 3 Lesson 4

    Tuklasin Natin Week 3 Lesson 4

    5問 • 2年前
    CYCLONE 143

    QUARTER 1 WEEK 1

    QUARTER 1 WEEK 1

    CYCLONE 143 · 43問 · 2年前

    QUARTER 1 WEEK 1

    QUARTER 1 WEEK 1

    43問 • 2年前
    CYCLONE 143

    October 3

    October 3

    CYCLONE 143 · 20問 · 2年前

    October 3

    October 3

    20問 • 2年前
    CYCLONE 143

    Quarter 1 Module 3

    Quarter 1 Module 3

    CYCLONE 143 · 25問 · 2年前

    Quarter 1 Module 3

    Quarter 1 Module 3

    25問 • 2年前
    CYCLONE 143

    BATCH 5

    BATCH 5

    CYCLONE 143 · 32問 · 2年前

    BATCH 5

    BATCH 5

    32問 • 2年前
    CYCLONE 143

    BATCH 1

    BATCH 1

    CYCLONE 143 · 10問 · 2年前

    BATCH 1

    BATCH 1

    10問 • 2年前
    CYCLONE 143

    LESSON 4

    LESSON 4

    CYCLONE 143 · 11問 · 2年前

    LESSON 4

    LESSON 4

    11問 • 2年前
    CYCLONE 143

    Quarter 1 Week 5 Lesson 7

    Quarter 1 Week 5 Lesson 7

    CYCLONE 143 · 16問 · 2年前

    Quarter 1 Week 5 Lesson 7

    Quarter 1 Week 5 Lesson 7

    16問 • 2年前
    CYCLONE 143

    Cell

    Cell

    CYCLONE 143 · 166問 · 2年前

    Cell

    Cell

    166問 • 2年前
    CYCLONE 143

    問題一覧

  • 1

    Lyse & release enzymes to break down & recycle cell parts

    Lysosomes

  • 2

    In plants, they store cell sap

    Vacuoles

  • 3

    Includes storage of sugars, proteins, minerals, lipids, wastes, salts, water, and enzes

    Vacuoles

  • 4

    Function in moving cells, in moving fluids, or in small particles across the cell surface

    Cilia & Flagella

  • 5

    Made or PROTEINS and rRNA

    Ribosomes

  • 6

    Proteins factories for cell

    Ribosomes

  • 7

    Join amino acids to make proteins through protein synthesis

    Ribosomes

  • 8

    Are shorter and more numerous on cells

    Cilia

  • 9

    Are longer and fewer (usually 1-3) on cells

    Flagella

  • 10

    Fluid filled sacks for storage

    Vacuoles

  • 11

    Small or absent in animal cells

    Vacuoles

  • 12

    Plant cells have a large Central Vacuole

    Vacuoles

  • 13

    The parts of the cell can be compared to the _____

    Parts of a city based on their similar purpose

  • 14

    Modify, sort, & package molecules from ER fpr storage or transport out of cell

    Golgi Bodies

  • 15

    Functions of the smooth ER

    1. Makes membrane lipids (steroids), 2. Regulates calcium (muscle cells), 3. Destroys toxic substances (liver)

  • 16

    Stacks of flattened sacs

    Golgi Bodies

  • 17

    Have a shipping side (cis face) & a receiving side (trans face)

    Golgi Bodies

  • 18

    Receive proteins made by ER

    Golgi Bodies

  • 19

    Transport vesicles with modified proteins pinch off the ends

    Golgi Bodies

  • 20

    Proteins are made by ribosomes on ER surface

    Rough ER

  • 21

    City Analogy & Purpose of Cell

    City Analogy : City Purpose : Area with fixed boundary

  • 22

    City Analogy & Purpose of Cell Membrane

    City Analogy : City Limits Purpose : Surrounds & Border

  • 23

    City Analogy & Purpose of Cytoplasm

    City Analogy : Environment Purpose : Inner space

  • 24

    City Analogy & Purpose of Nucleus

    City Analogy : City Hall Purpose : Controls the activities

  • 25

    City Analogy & Purpose of Endoplasmic Reticulum

    City Analogy : Roads or Highways Purpose : Transpotation system

  • 26

    City Analogy & Purpose of Mitochondria

    City Analogy : Powerplant or solar panels or windmills Purpose : Provides power

  • 27

    City Analogy & Purpose of Vacuole

    City Analogy : Storage facility Purpose : Stores food and waste

  • 28

    City Analogy & Purpose of chloroplast

    City Analogy : Green grass within the city Purpose : Where photosynthesis takes place

  • 29

    City Analogy & Purpose of Cell Wall

    City Analogy : Brick wall surrounding city Purpose : Gives shape, structure, support, and protection

  • 30

    Materials are transported from rough ER to golgi to the cell membrane by _____

    Vesicles

  • 31

    Surrounded by Double membrane

    Chloroplasts

  • 32

    Outer membrane smooth

    Chloroplasts

  • 33

    Inner membrane modified into sacs called Thylakoids

    Chloroplasts

  • 34

    Thylakoids in stacks called Grana & interconnected

    Chloroplasts

  • 35

    Gel like material surrounding thylakoids

    Stroma

  • 36

    Prokaryotes

    1. No nucleus, 2. No organelles, 3. All are unicellular, 4. All cells have walls, 5. First cell type on earth

  • 37

    Eukaryotes

    1. Cells have a nucleus, 2. Cells have organelles, 3. Have a cytoskeleton, 4. Some have cilia

  • 38

    Similarity between prokaryotes and eukaryotes

    1. Have DNA, 2. Have ribosomes, 3. Have cytoplasm

  • 39

    Vesicles moves to cell surface

    Exocytosis

  • 40

    Reverse of endocytosis

    Exocytosis

  • 41

    Forms of Endocytosis

    1. Phagocytosis (cell eating), 2. Pinocytosis (cell drinking)

  • 42

    Membranes fuse to form vesicle

    Endocytosis

  • 43

    Molecular movement

    Active transport

  • 44

    Process of Facilitated Transport

    1. Protein binds with molecule, 2. Shape of protein changes, 3. Molecule moves across membrane

  • 45

    Channels usually are transport proteins

    Facilitated Diffusion

  • 46

    Solvent flow into cell

    Hypotonic

  • 47

    Solutes equal inside & out

    Isotonic

  • 48

    Solvent flow out of cell

    Hypertonic

  • 49

    Fluid flows from lower to higher solute concentration

    Osmosis

  • 50

    Movement of molecules of a solute from areas of high to low concentration without the use of energy

    Passive transport