1. C
It is located in the inner mitochondrial membrane.
2. A
An mRNA codon consists of three base pairs, which code for an amino acid bound to the complementary tRNA.
1. Atp synthase is an enzyme in the. D
A. NUCLEUS
B. CELL MEMBRANE
C. MITOCHONDRIAL MEMBRANE
D. MITOCHONDRIAL MATRIX
2. Each condon on a(n) ____ molecule encodes for ___ amino acids. A
A. mRNA...one
B. mRNA....three
C. tRNA...three
D. tRNA...one
3 answers
Thank you Arora.
Adora will you check these too?
1.During which stage of cellular respiration is most ATP made? C
A. Glycolysis
B. Chemiosmosis
C. Electron Transport Chain
D. Citric acid Cycle
2. The anticodon is part of a(n) ____ molecule and the codon is part of a(n) ___ molecule? B
A. tRNA...rRNA
B. tRNA...mRNA
c. mRNA...tRNA
D. mRNA...rRNA
3. Which phase of cellular respiration does not require oxygen? A
A. glycolysis
B. Krebs cycle
C. Chemiosmosis
D. Electron Transport Chain
4. A high concentration of H+ (protona) is found in the? B
A. Nucleus
B. Mitochondrial Intermembrane Space
c. Mitochondrial Matrix
D. Cytoplasm
5. Which process/event is correctly matched to the phase in which it occurs? B
A. amino acids are joined together:Transcription
B. tRNA delivers amino acids:Translation
C. RNA polymerase binds to promoter:elongation
D. initiation:translation
1.During which stage of cellular respiration is most ATP made? C
A. Glycolysis
B. Chemiosmosis
C. Electron Transport Chain
D. Citric acid Cycle
2. The anticodon is part of a(n) ____ molecule and the codon is part of a(n) ___ molecule? B
A. tRNA...rRNA
B. tRNA...mRNA
c. mRNA...tRNA
D. mRNA...rRNA
3. Which phase of cellular respiration does not require oxygen? A
A. glycolysis
B. Krebs cycle
C. Chemiosmosis
D. Electron Transport Chain
4. A high concentration of H+ (protona) is found in the? B
A. Nucleus
B. Mitochondrial Intermembrane Space
c. Mitochondrial Matrix
D. Cytoplasm
5. Which process/event is correctly matched to the phase in which it occurs? B
A. amino acids are joined together:Transcription
B. tRNA delivers amino acids:Translation
C. RNA polymerase binds to promoter:elongation
D. initiation:translation