Biology Chapter 4 Entry test MCQs

a. Mitochondrin
b. Ribosome
c. Nucleolus
d. Lysosome

a. Mitochondrin

a. Cisternae
b. Cristae
c. Bifidae
d. Lamella

b. Cristae

a. Mitochondria
b. Ribosomes
c. Golgi bodies
d. Polysomes

a. Mitochondria

a. Lysosome
b. Mitochondria
c. Ribosome
d. Plastids

b. Mitochondria

a. Cristae
b. Cisternae
c. Tonoplast
d. Lemma

a. Cristae

a. E.R
b. Plastids
c. Nucleus
d. Mitochondria

d. Mitochondria

a. Porins
b. Matrix
c. Ribosomes
d. Cristae

d. Cristae

a. Mitochondria
b. F1-particles
c. Ergastoplasm
d. Mitoplast

b. F1-particles

a. Cytochrome complex
b. ATP synthase
c. ATP synthetase
d. None of these

b. ATP synthase

a. Mitotic phase
b. Interphase
c. Anaphase
d. Metaphase

b. Interphase

a. Lysosomes
b. Golgi Apparatus
c. SER
d. RER

d. RER

a. Formation of centromere
b. Formation and breakdown of nuclear envelope
c. Organization of spindle during nuclear division
d. Formation of ribosomes

d. Formation of ribosomes

a. Nucleolus
b. Lysosome
c. Ribosomes
d. Nucleoplasm

a. Nucleolus

a. About 30,000 per nucleus
b. About 30,00 per nucleus
c. About 3-4 per nucleus
d. About 1-2 per nucleus

c. About 3-4 per nucleus

a. Peroxisome
b. Nucleolus
c. Nucleoplasm
d. Golgi body

b. Nucleolus

a. DNA
b. Nucleus
c. Cell surface membrane
d. Ribosomes

b. Nucleus

a. Centromere
b. Primary constriction
c. Telomeres
d. Secondary constriction

d. Secondary constriction

Compare the Structure of Typical Prokaryotic and Eukaryotic Cells

a. Eukaryotic cells do not have a nucleus, prokaryotic cell do
b. Prokaryotic cells are bigger than eukaryotic cells
c. Eukaryotic cells are simple, prokaryotic cells are complex
d. Prokaryotic cells evolved before eukaryotic cells

d. Prokaryotic cells evolved before eukaryotic cells

a. Prokaryotes have no DNA
b. Prokaryotes cannot undergo cell division
c. Prokaryotes have no eytosol
d. Prokaryotes do not have internal membrunes

d. Prokaryotes do not have internal membrunes

a. Presence of ribosomes
b. A membrane bounded nucleus
c. Linear genome
d. A cell wall made up cellulose

a. Presence of ribosomes

a. Cell wall
b. Chemical nature of DNA
c. Cytoplasmic Streaming movement
d. Ribosomes

a. Cell wall

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

d. Bacteria

a. Linear, double stranded molecule
b. Single, circular, double stranded molecule not bound by membrane
c. Single, circular, double stranded and membrane bound
d. Double, circular molecule

b. Single, circular, double stranded molecule not bound by membrane

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