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Worksheets5.7 RNA, Ribosomes and protein synthesis
Total questions: 81
Worksheet time: 20hrs 15mins
Which of the following is when there is a change in the DNA sequence?
Replication
Mutation
Transcription
Translation
Which of following matches with Cytosine?
Adenine
Thymine
Guanine
Uracil
Which of following is when you substitute a base pair with another base pair?
Insertion
Deletion
Substitution
Which of the following is NOT a base in RNA?
Adenine
Thymine
Uracil
Cytosine
Which of following is when the information in DNA is copied to the mRNA?
Replication
Mutation
Transcription
Translation
What does the "N" in RNA stand for?
Nitrogen
Nucleic
Nucleus
Nuclear
What does the ribosome create right after getting the code from the mRNA?
Proteins
Cell Organelles
DNA
Amino Acids
How many Amino Acids does a ribosome have to create to make a protein
50
75
90
110
Which of the following is when the information in the mRNA is used to build protein?
Replication
Mutation
Transcription
Translation
Which of the following is NOT a type of RNA?
messenger
ribosomal
translate
transfer
A :
DNA deoxyribonucleic Acid
RNA Ribonucleic Acid
DNA deoxyribonucleic Acid is
B
C
G
A
D
signal-stranded
B
E
C
H
G
D :
sugar-phosphate 'Back bone' contains ribose
sugar-phosphate 'Back bone' contains deoxyribose
F :
sugar-phosphate 'Back bone' contains ribose
sugar-phosphate 'Back bone' contains deoxyribose
U, in RNA pairs with?
adenine
guanine
cytosine
uracil
thymine
T, in DNA pairs with?
adenine
guanine
cytosine
uracil
thymine
DNA :
GTA - CTC - AAG - GTC - TAG:
what is the mRNA codon?
GUA - CUC - AAG - GUC - UAG
CAU - GAG - UUC - CAG - AUC
GTA - CTC - AAG - GTC - TAG
CAU - GAC - UUA - CCA - AUC
DNA :
GTA - CTC - AAG - GTC - TAG:
what is the tRNA codon?
GUA - CUC - AAG - GUC - UAG
CAU - GAG - UUC - CAG - AUC
GTA - CTC - AAG - GTC - TAG
CAU - GAC - UUA - CCA - AUC
DNA :
GTA - CTC - AAG - GTC - TAG:
what is the Amino-acid:
His - Gln - Phe - Glu - IIe
Phe - Gln - IIe - His - Glu
Glu - Phe - Gln - IIe - His
His - Glu - Phe - Gln - IIe
write the mRNA codons of the DNA :
TAC TCG GGA CGC ATT CCC
(a)
Scientists identified that RNA was the genetic material that contains a code that living cell can read, understand and express
True
False, it does contain a code
False, its DNA
False, RNA isn't a genetic material
who helps the DNA to put genetic codes in action?
mRNA
tRNA
amino acid
RNA in general
Genes contain coded (xx) instruction, (yy) decode these instructions from DNA and then follow these instructions to produce proteins which help to determine the organism instructions
xx = DNA
yy = DNA
xx = RNA
yy = RNA
DNA :
i - double stranded
ii - 5-carbon sugar name : ribose
iii - location in eukaryotic cell : only in nucleus
iiii - Nitogen bases : A - T , G - C
v -Types : mDNA, rDNA, tDNA
i, ii , iii
iii , iiii, v
i , iii , iiii
ii and v
all of the above
RNA :
i - single stranded
ii - 5-carbon sugar name : ribose
iii - location in eukaryotic cell : in nucleus, cytoplasm and ribosome
iiii - Nitogen bases : A - U , G - C
v -Types : mRNA, rRNA, tRNA
i, ii , iii
iii , iiii, v
i , iii , iiii
ii and v
all of the above
contain genetic codes : storing - copying - gene expression
(RNA or DNA ) "write with capitals
(a)
Decode the genetic information and assembly protein
(RNA or DNA ) "write with capitals
(a)
who helps the DNA to put genetic codes in action?
mRNA
tRNA
amino acid
RNA in general
Most genes encode instructions for assembling amino acids into proteins. the molecules of RNA that carry copies of these instructions from the nucleus to ribosomes in the cytoplasm are known as :
mRNA
tRNA
rRNA
Amino acid
proteins are assembled on ribosomes, which are small organelles composed of two subunits. the subunits are made of several (xx) molecules and as many as 80 different proteins.
what is xx?
mRNA
tRNA
rRNA
Amino acid
proteins are assembled on ribosomes, which are small organelles composed of two subunits. the subunits are made of several (xx) molecules and as many as 80 different proteins.
what is xx?
mRNA
tRNA
rRNA
Amino acid
during the assembly of a protein, a third type of RNA molecule carries amino acids to the ribosomes and matches them to the coded mRNA message , these molecules are known as :
mRNA
tRNA
rRNA
Amino acid
ATG TGA CAG
What are the 4 nitrogen bases? “Of DNA”
The process of replication using one parent strand and one new strand of DNA
Okasaki Fragment
Semiconservative replication
DNA polymerase
Copy copy
Pink line is :
mRNA
tRNA
rRNA
Amino acid
purple line is :
mRNA
tRNA
rRNA
Amino acid
blue line is :
mRNA
tRNA
rRNA
Amino acid
yellow line is :
mRNA
tRNA
rRNA
Amino acid
blue line is :
mRNA
tRNA
rRNA
Amino acid
green line is :
mRNA
tRNA
rRNA
Amino acid
is the process of decoding the mRNA and synthesize the amino acid chains
transparent
translocation
replication
Translation occurs in ?
amino acid
cytoplasm
ribosome
cell membrane
xx will identify the anticodon and bring the correct amino acid
what is xx?
mRNA
tRNA
rRNA
Amino acid
amino acid is read from DNA
True
False, from mRNA
False, from tRNA
False, from rRNA
what is the start codon ?
Met : AUG
Arg : UGA
Lys : AAG
Val : GUU
stop codons are :
"More than one correct answer"
UGA
UAG
UUC
UAA
UAC
each (x) base pairing is a codon
x =
1
2
3
4
Pre-mRNA:
introns only
exons only
introns + exons
mRNA:
introns only
exons only
introns + exons
introns :
"select the true statement "
are the portion that are cut out and nonreadable codes
are the portion that is readable coded segments
codes to synthesize the amino acid
exons :
"select the false statement "
are the portion which contains readable codes
are the portion that is readable coded segments
codes to synthesize the amino acid
are the portion that are cut out and nonreadable codes
the cell removes (xx) from Pre-mRNA
what is xx
introns only
exons only
introns + exons
the process of copying a base sequence from DNA to RNA is known as
transparent
translocation
transcription
replication
the end product of transcription is (xx) which is complementary to the (yy) strand
xx = RNA
yy = RNA
xx = DNA
yy = DNA
RNA polymerase :
binds to a specific site on the RNA template known as the promoter and starts to add the complementary nucleotides to build up the DNA strand
binds to a specific site on the DNA template known as the promoter and starts to add the complementary nucleotides to build up the DNA strand
binds to a specific site on the DNA template known as the promoter and starts to add the complementary nucleotides to build up the RNA strand
binds to a specific site on the RNA template known as the promoter and starts to add the complementary nucleotides to build up the RNA strand
in (xx) cells transcription occurs in the nucleus
prokaryotic cell
eukaryotic cell
both cells
is a region on the DNA that allows RNA polymerase to bind to it and start the transcription
(promoter or terminator )
(a)
is a region on the DNA that signals for RNA polymerase to stop the transcription
(promoter or terminator )
(a)
mRNA:
i - m stand for mitosis
ii - made using DNA
iii - carries genetic info from the ribosomes to the nucleus
iiii - every 3 bases (codon) specifies an amino acid
i and iii
i , iii, iiii
ii, iii , iiii
ii and iiii
all of the above
tRNA:
i - t stand for transfer
ii - transfer an amino acid to the growing protein
iii - cloverleaf shape
iiii - 3 complementary bases (anticodon) binds to the mRNA codon
i and iii
i , iii, iiii
ii, iii , iiii
ii and iiii
all of the above
rRNA:
"Select all the true statements about rRNA"
does the replication of DNA to RNA
makes up the bulk of ribosomes
r stand for replication
r stand for ribosomal
all of the above
DNA deoxyribonucleic Acid is
E
C
G
A
D
