S.NO Column A (Questions)
1
Cell Membrane
2
Cell Wall
3
Cytoplasm
4
Endoplasmic Reticulum
5
Mitochondria
6
Golgi Apparatus
7
Ribosome
8
Lysosomes
9
Centrosome
10
Plastids
11
Vacuoles
12
Nucleus
13
Discovery of Cells
14
Cell Theory Postulate 1
15
Cell Theory Postulate 2
16
Cell Theory Postulate 3
17
Unicellular Organisms Example
18
Multicellular Organisms Example
19
Prokaryotic Cell Characteristic
20
Eukaryotic Cell Characteristic
21
Chromoplasts
22
Leucoplasts
23
Chloroplasts
24
Prokaryotic Example
25
Eukaryotic Example
26
Chromosomes
27
Nucleolus
28
Nuclear Membrane
29
Thylakoids
30
ATP
31
Cristae
32
Semi-permeable
33
Cellulose
34
Lipoproteins
35
Intracellular Digestion
36
Protein Synthesis
37
Packaging Proteins
38
Supportive Framework
Column B (Answers)
A. Outermost membrane in animal cells
B. Made of cellulose
C. Semi-liquid substance present between the cell membrane and nuclear membrane
D. Irregular network of fine tubular structures
E. Minute oval-shaped bodies scattered throughout the cytoplasm
F. Stacks of flattened membrane sacs
G. Small granules either scattered freely in the cytoplasm or embedded on the endoplasmic reticulum
H. Sacs containing 40 different types of digestive enzymes
I. Present only in animal cells
J. Contain green pigment called chlorophyll
K. Clear spaces with water and other substances in solution
L. Largest cell organelle
M. Robert Hooke
N. Cell is the smallest unit of structure of all living things
O. Cell is the unit of function of all living things
P. All cells arise from a pre-existing cell
Q. Amoeba, Yeast, Paramecium
R. Humans, Spider, Blue whale
S. Nucleus is not well defined (nucleoid)
T. Well defined nucleus with a nuclear membrane
U. Contain colored pigments
V. Store starch
W. Contain green pigment called chlorophyll
X. Bacteria, Blue green algae
Y. Euglena, Amoeba, and all plants and animals
Z. Carriers of hereditary characters
AA. Produces ribosomes
AB. With pores to allow substances to enter and leave
AC. Disc-like structures in chloroplast
AD. Adenosine TriPhosphate
AE. Inner membrane folds in mitochondria
AF. Selectively semi-permeable
AG. Made of cellulose
AH. Made of lipoproteins
AI. Intracellular digestion of foreign substances
AJ. Protein synthesis
AK. Packaging proteins, hormones, enzymes
AL. Supportive framework for the cell
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50
51
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56
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58
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Thread-like Structures in Nucleus
Network of Tubular Structures
Semi-liquid Substance in Cell
Double Membrane Structure
Contains Own DNA
Double Membrane Structure in Chloroplast
Vacuole Membrane
Living Structure
Non-living Structure
Freely Permeable
Stacks of Flattened Membrane Sacs
Contains Coloured Pigments
Single Celled Organism
Multi Celled Organism
Regulates Cell Division
Site for Cellular Respiration
Color to Flowers and Fruits
Stores Starch
Outer Membrane in Animal Cells
Inner to Cell Wall in Plant Cells
Oxidizes Glucose
Contains Water and Other Substances
Fine Pores
Chromatin Fibers
Protects Contents of Cell
Metabolic Activities
Present in Animal Cells
Produces Ribosomes
Carries Hereditary Characters
Contains Ribosomes
Semi-permeable Structure
Mixture of Water and Compounds
Fine Tubular Structures
Stores Energy
Surrounded by Aster Rays
Packaging Enzymes
Double Membraned Structure
Supports Cell
DNA Containing Organelle
AM. Contain DNA
AN. Irregular network of fine tubular structures
AO. Semi-liquid substance in cell
AP. Double membraned structure
AQ. Contain their own DNA and ribosomes
AR. Double membrane structure in chloroplast
AS. The covering of the vacuole
AT. Living structure
AU. Non-living structure
AV. Freely permeable
AW. Stacks of flattened membrane sacs
AX. Contain colored pigments
AY. Single-celled organism
AZ. Multi-celled organism
BA. Initiates and regulates cell division
BB. Site for cellular respiration
BC. Imparts color to flowers and fruits
BD. Store starch
BE. Outermost membrane in animal cells
BF. Lies inner to the cell wall in plant cells
BG. Help in the production of ATP by oxidizing glucose
BH. Contain water and other substances
BI. Fine pores through which only certain substances can pass
BJ. Contain chromatin fibers
BK. Protects the contents of the cell from outer surroundings
BL. Place for all metabolic activities
BM. Present in animal cells
BN. Produces ribosomes
BO. Contains chromosomes - carriers of hereditary characters
BP. Embedded on the endoplasmic reticulum
BQ. Made of lipoproteins
BR. Mixture of water and compounds
BS. Fine tubular structures
BT. Releases and stores energy in the form of ATP
BU. Surrounded by aster rays
BV. Packaging enzymes into membrane-bound vesicles
BW. Double membraned structure
BX. Provides a supportive framework for the cell
BY. Contain DNA
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86
87
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91
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94
95
Site for Protein Synthesis
Contains Digestive Enzymes
Present in Plant Cells
Absorbs Solar Energy
Site for ATP Production
Helps in Protein Transport
Transport of Fats
Small Granules in Cytoplasm
Network of Thread Structures
Disc-like Structures in Chloroplast
Cell Division Initiator
Chlorophyll Containing Plastid
Regulates Entry of Solutes
Present in Bacterial Cells
Contains Lipoproteins
Green Pigment in Chloroplasts
Colorless Plastid
Imparts Color to Carrots
BZ. Site for protein synthesis
CA. Contain digestive enzymes
CB. Present in plant cells
CC. Trap solar energy for photosynthesis
CD. Inner membrane folds in mitochondria
CE. Help in the transport of proteins
CF. Help in the transport of fats
CG. Scattered freely in the cytoplasm
CH. Network of thread-like structures
CI. Disc-like structures in chloroplast
CJ. Initiates cell division
CK. Plastids contain green pigment called chlorophyll
CL. Regulate the entry of certain solutes and ions
CM. Present in bacterial cells
CN. Made up of lipoproteins
CO. Green pigment in chloroplasts
CP. Colorless plastids
CQ. Carotene imparts orange color to carrots