11th class (FSc) Biology Unit 4 MCQs

Chapter 4 MCQs 11th Class Biology

The Cell:

a. Storage
b. Division
c. Secretion
d. Lysis

c. Secretion

a. Robert Kock
b. Robert Hooke
c. Rudolf Virchow
d. Robert Brown

b. Robert Hooke

a. Gland cells
b. Blood cells
c. Bone cells
d. Nerve cells

a. Gland cells

a. 2.0pm
b. 300x
c. 2-4 Angstrom
d. 1.0pm

a. 2.0pm

a. 1 nm
b. 1 mm
c. 1 cm
d. 1 um

b. 1 mm

a. Louis Pasteur
b. Schleiden
c. Lorenz Oken
d. Rudolph Virchow

d. Rudolph Virchow

a. Robert Mug Abe
b. Robert Koch
c. Robert Brown
d. Robert Hooke

c. Robert Brown

a. Lorenz Oken
b. Watson and Crick
c. Louis Pasteur
d. Shleiden and Schwann

d. Shleiden and Schwann

a. Zoologia
b. Micrographia
c. Britanica
d. Biologia

b. Micrographia

a. Schleiden
b. Lorenz Oken
c. Robert brown
d. Theodor Schwann

c. Robert brown

a. 1nm
b. 1mm
c. 1cm
d. 1um

b. 1mm

a. Mitochondria
b. Lysosomes
c. Nucleus
d. Ribosomes

c. Nucleus

a. They are found in all organisms
b. They are surrounded by a single membrane
c. They contain DNA and ribosomes
d. They are the power house of cell

b. They are surrounded by a single membrane

a. Mesophyll cell of leaf
b. Phagocytic white blood cells
c. Muscle cell
d. Nerve cell

b. Phagocytic white blood cells

a. Golgi; muscle contraction
b. Ribosomes; protein synthesis
c. Lysosome; intracellular diagestion
d. Nucleolus; ribosome production

b. Ribosomes; protein synthesis

a. They are concentrated in the cisternal space of rough ER
b. They are structurally different from free ribosomes
c. They are attached to cisternal surface
d. They are enclosed in their own membrane

b. They are structurally different from free ribosomes

a. 11- microtubules
b. 9- microtubles
c. 6- microtubules
d. 3- microtubules

b. 9- microtubles

a. Chloroplasts
b. Ribosomes
c. Lysosomes
d. Mitochondria

b. Ribosomes

a. Mitochondria
b. Cell wall
c. Vacuole
d. Cell membrane

a. Mitochondria

a. Kidney cells
b. Nerve cells
c. Bone cells
d. Blood cells

b. Nerve cells

a. Lignin
b. Silica
c. Cutin
d. Pectin

d. Pectin

a. 0.4μm
b. 0.2μm
c. 0.5μm
d. 0.3μm

c. 0.5μm

a. Polysome
b. Cisternae
c. Cytosol
d. Gel

c. Cytosol

a. Virus
b. Bacteria
c. Plant cell
d. Animal cell

c. Plant cell

a. Ribonucleo-protein
b. Riboglyco-protein
c. Ribonucleo-lipid
d. Riboglyco-lipid

a. Ribonucleo-protein

a. Phosphorous
b. Magnesium
c. Copper
d. Iron

d. Iron

a. Waxes
b. Cutin
c. Cellulose
d. Silica

b. Cutin

a. Glyoxysomes
b. Golgi Bodies
c. Golgi complex
d. Lysosomes

a. Glyoxysomes

a. Centriole
b. Ribosomes
c. Golgi complex
d. Mitochondria

c. Golgi complex

a. Cutin
b. Silica
c. Murein
d. Wax

c. Murein

a. Peroxisome
b. Lysosome
c. Glyoxisome
d. Ribosome

b. Lysosome

a. Chromoplsts
b. Plastids
c. Leucoplasts
d. Chloroplasts

d. Chloroplasts

a. Nucleolus
b. Cisternae
c. Lysosomes
d. Cristae

a. Nucleolus

a. Cytoplasm
b. Matrix
c. Nucleoplasm
d. Stroma

d. Stroma

a. Respiration
b. DNA synthesis
c. Reproduction
d. Spindle formation

d. Spindle formation

a. Liver cells
b. Human blood
c. Microorganisms
d. Plant seedlings

d. Plant seedlings

a. Lysosome
b. Polysome
c. Ribosome
d. Nucleosome

c. Ribosome

a. Ribosomes
b. Nucleus
c. Mitochondria
d. Peroxisome

a. Ribosomes

a. Ribosomes
b. Mitochondria
c. Chloroplast
d. Lysosomes

d. Lysosomes

a. Cytoplasm
b. Chloroplast
c. Protoplasm
d. Protoplast

d. Protoplast

a. 20-40%
b. 60-80%
c. 10-20%
d. 30-60%

a. 20-40%

a. Golgi complex
b. Protoplasm
c. Ribosomes
d. Nucleoplasm

b. Protoplasm

a. Fungi
b. Algae
c. Plants
d. Bacteria

a. Fungi

a. Lysosome
b. Golgi apparatus
c. Ribosome
d. Mitochondria

c. Ribosome

a. Polysome
b. Lysosome
c. Glyoxisome
d. Peroxisome

a. Polysome

a. Carbohydrates
b. Proteins
c. Glycoproteins
d. Lipids

c. Glycoproteins

a. Proteins
b. Polysaccharides
c. Lipids
d. Oligosaccharides

c. Lipids

a. Proteins
b. Mg2+ions
c. Lipids
d. Glucose

c. Lipids

a. Endocytosis
b. Primary lysosomes
c. All above
d. Secondary lysosomes

d. Secondary lysosomes

a. Cyclosis
b. Actin
c. Linked with outer surface of plasma membrane
d. Amoeboid movement

c. Linked with outer surface of plasma membrane

a. Tubulin
b. Actin
c. Tropomyosin
d. Tetroses

a. Tubulin

a. Photosynthesis
b. Lipid storage
c. Cellular respiration
d. Protein synthesis

c. Cellular respiration

a. Endoplasmic reticulum
b. Golgi complex
c. Mitochondria
d. Chloroplast

c. Mitochondria

a. Green
b. Yellow
c. Blue
d. Red

a. Green

a. Granum
b. Thylakoids
c. Intergranum
d. Matrix

b. Thylakoids

a. 70S
b. 30S
c. 80S
d. 50S

a. 70S

a. Cisternae
b. Granum
c. Cristae
d. Thylakoids

c. Cristae

a. Osmosis
b. Endocytosis
c. Cyclosis
d. Exocytosis

b. Endocytosis

a. 70S
b. 30S
c. 80S
d. 50S

a. 70S

a. 9- microtubules
b. 3- microtubules
c. 11- microtubules
d. 6- microtubules

a. 9- microtubules

a. Centrioles
b. Ribosomes
c. Golgi complex
d. Mitochondria

c. Golgi complex

a. Proteins
b. Magnesium ions
c. Lipids
d. Glucose

c. Lipids

a. Green
b. Yellow
c. Blue
d. Red

a. Green

a. Its inner membrane bears ribosomes
b. It has pores
c. RNA and some proteins pass through it
d. It is a double membrane structure

b. It has pores

a. Endoplasmic reticulum
b. Nucleus
c. Nucleolus
d. Cytoplasm

c. Nucleolus

a. Liver cells
b. Egg cell
c. Neurons
d. Erythrocytes

d. Erythrocytes

a. ATP
b. RNA
c. NAD
d. DNA

d. DNA

a. 6
b. 8
c. 23
d. 4

d. 4

a. Ribosomes
b. rDNA
c. Chromosomes
d. RNA

d. RNA

a. Nucleus
b. Nucleolus
c. Chloroplast
d. Mitochondria

b. Nucleolus

a. Mito chondria
b. Lysosome
c. Nucleus
d. Ribosomes

c. Nucleus

a. 10
b. 4
c. 30
d. 7

b. 4

a. 6 or 8
b. 3000
c. 3 or 4
d. 30,000

c. 3 or 4

a. 8
b. 16
c. 48
d. 26

a. 8

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