WorksheetsDNA vs. RNA
Total questions: 93
Worksheet time: 1hrs 4mins
Spot the difference between DNA and RNA according to the image provided.
DNA is made of nucleotides, while RNA is not
DNA is made of a sequence while RNA is not
DNA is double-stranded while RNA is single stranded
There is no difference between them
A nucleotide from DNA and RNA are shown in the image, what is the difference between them regarding the sugars involved?
DNA and RNA have the same sugar
DNA has a ribose sugar while RNA has a deoxyribose sugar
DNA and RNA have no sugar
DNA has a deoxyribose sugar while RNA has a ribose sugar
A nucleotide from DNA and RNA are shown in the image, what is the difference between them regarding the bases?
DNA and RNA have the same bases
DNA has ATCG while RNA has AUCG
DNA and RNA have no bases
DNA has AUCG while RNA has ATCG
According to the image provided, "Transcription" takes place in the _______ of a cell.
Cytoplasm
Mitochondria
Ribosome
Nucleus
According to the image provided, "Translation" takes place in the _______ of a cell.
Cytoplasm
Mitochondria
Ribosome
Nucleus
According to the image provided, during "Transcription", DNA is made into _____
tRNA
DNA
RNA
mRNA
According to the image provided, what is the end result?
An amino acid (a.a) chain
mRNA
DNA
Protein
According to the image provided, which of the following is true?
DNA codes for proteins and RNA codes for genes
Both, DNA and RNA, code for genes
DNA codes for genes and RNA codes for proteins
Both, DNA and RNA, code for proteins
According to the image provided, Which is true regarding Transcription?
It is the process of making proteins from mRNA
It is the process of replicating DNA
It is the process of using RNA Polymerase (RNA maker) to create an mRNA (messenger RNA) strand
It is the process of using RNA Polymerase (RNA maker) to create a tRNA (transfer RNA) strand
According to the image provided, Which is true regarding Translation?
It is the process of making proteins from mRNA
It is the process of replicating DNA
It is the process of using RNA Polymerase (RNA maker) to create an mRNA (messenger RNA) strand
It is the process of using RNA Polymerase (RNA maker) to create a tRNA (transfer RNA) strand
Take one of each on my desk (notes, protective sheet, assignment)
At the end of class, place notes in protective sheet then in gray drawer!
I understand
I do not understand
Re-read instructions please!
Needed to make protein
DNA
RNA
Both
RNA and DNA is which biomolecule?
Lipid
Carbohydrate
Nucleic acid
Protein
Which has ribose sugar?
DNA
RNA
Which is double stranded?
RNA
DNA
Which has uracil?
RNA
DNA
Both
Which has thymine?
RNA
DNA
Both
Which has cytosine?
DNA
RNA
Both
Which can be found in the nucleus and the cytoplasm?
DNA
RNA
Both
Which carries amino acids to the ribosome?
tRNA
mRNA
rRNA
A component of the ribosome.
tRNA
mRNA
rRNA
Carries the message stored in DNA to a ribosome.
tRNA
mRNA
rRNA
Which of the following characteristics is NOT seen in both DNA and RNA?
A single strand
Adenine
Cytosine
A double helix
Which of the following statements is correct about the differences between DNA and RNA?
RNA contains the same bases as DNA, except uracil is present instead of guanine
DNA is not present in prokaryotes, while RNA is
DNA is present as a single-stranded molecule while RNA is double-stranded
The sugar molecule in RNA has one more hydroxyl group than the sugar molecule in DNA
Which of the following statements is false?
DNA uses thymine, while RNA uses uracil
DNA and RNA utilize different sugars in their sugar-phosphate backbones
DNA is typically double-stranded, while RNA is typically single-stranded
DNA is a polymer, while RNA is a not
Which of the following is not a true characteristic of an RNA molecule?
It contains deoxyribose sugar
It can be single stranded
It can be double stranded
It contains deoxyribose sugar
Which of the following choices is an element common to both DNA and RNA molecules?
Both are often single-stranded
They can both be found in the nucleus
There is deoxyribose sugar in both of their sugar-phosphate backbones
Both contain the nucleotide uracil
Which of the following are properties of RNA?
Deoxyribose, uracil, and a globular structure
Deoxyribose, ribose, and uracil
Ribose, uracil, and a linear structure
Deoxyribose, thymine, and a linear structure
In DNA adenine (A) bonds to thymine (T) and guanine (G) bonds to cytosine (C). What is the bonding scheme in RNA?
A-C and G-U
A-U and C-G
A-T and C-G
None of these
Which of the following choices displays complementary DNA strands?
3’-ATTGC-5’
5’-ATTGC-3’
3’-AUUGC-5’
5’-UAACG-3’
3'-ATTGC-5’
5’-TAACG-3’
Which of the following could be a segment of DNA?
5'-CTCGTG-3'
3'-GATCTC-5'
5'-AGATAG-3'
3'-GATCTC-5'
5'-CTCGTG-3'
3'-AATGTA-5'
5'-CTAGAG-3'
3'-GATCTC-5'
Which of the following describes the components of a nucleotide?
ATP, a pentose sugar, and a nitrogenous base
A phosphate group, a pentose sugar, and an amino acid
A phosphate group, a hexose sugar, and a nitrogenous base
A phosphate group, a pentose sugar, and a nitrogenous base
ATG TGA CAG
The nitrogen base pairs for RNA are
A-T C-G
A-U C-G
A-C T-G
T -U G-C
I am generally found both inside and outside of the nucleus.
DNA
RNA
Both
What does mRNA stand for?
messenger RNA
transfer RNA
mild RNA
machine RNA
What does tRNA stand for?
tall RNA
transfer RNA
messenger RNA
transition RNA
What does rRNA stand for?
rough RNA
right RNA
ribosomal RNA
short DNA
ATG TGA CAG
I have the sugar deoxyribose.
DNA
RNA
TAC GAA
RNA has how many strands?
one
two
What is the difference between DNA and RNA in terms of bases?
RNA contains uracil in place of thymine
RNA contains uracil in place of adenine
RNA contains uracil in place of guanine
RNA contains uracil in place of cytosine
Which type of RNA takes the instructions from the nucleus to the cytoplasm?
mRNA
tRNA
rRNA
RNA polymerase
Factory for making a protein
mRNA
rRNA
tRNA
Carries the amino acid used to make a protein
mRNA
rRNA
tRNA
What enzyme does transcription use?
DNA polymerase
ligase
RNA polymerase
helicase
What is the correct order to make a protein?
Protein, DNA, RNA
RNA, DNA, Protein
DNA, RNA, Protein
Protein, RNA, DNA
