Solved

Match Each Cell Structure Represented by a Letter with the Appropriate

Question 37

Matching

Match each cell structure represented by a letter with the appropriate question number.

Premises:

Responses:

organelles of photosynthesis

mitochondria

assembles amino acid into polypeptide chains

nucleoli

store metabolic substances

chloroplasts

construction sites where subunits of ribosomes are built from RNA and proteins

lysosomes

contain enzymes for intracellular digestion

Golgi bodies

enzyme filled vesicle that breaks down amino acids, fatty acids, and toxic substances

ribosomes

encode hereditary molecules

central vacuoles

break down organic compounds in the ATP-forming reaction of aerobic respiration

RNA molecules

receive and process new substances that arrive in vesicles from ER

peroxisomes

transcripts that are converted into polypeptides

DNA molecules

Premises:

organelles of photosynthesis

assembles amino acid into polypeptide chains

store metabolic substances

construction sites where subunits of ribosomes are built from RNA and proteins

contain enzymes for intracellular digestion

enzyme filled vesicle that breaks down amino acids, fatty acids, and toxic substances

encode hereditary molecules

break down organic compounds in the ATP-forming reaction of aerobic respiration

receive and process new substances that arrive in vesicles from ER

transcripts that are converted into polypeptides

Responses:

mitochondria

nucleoli

chloroplasts

lysosomes

Golgi bodies

ribosomes

central vacuoles

RNA molecules

peroxisomes

DNA molecules

Correct Answer:

Premises:

Responses:

organelles of photosynthesis

assembles amino acid into polypeptide chains

store metabolic substances

construction sites where subunits of ribosomes are built from RNA and proteins

contain enzymes for intracellular digestion

enzyme filled vesicle that breaks down amino acids, fatty acids, and toxic substances

encode hereditary molecules

break down organic compounds in the ATP-forming reaction of aerobic respiration

receive and process new substances that arrive in vesicles from ER

transcripts that are converted into polypeptides