Question

whs biology- sem a macromolecules explorar macromoléculas carbohydrates lipids proteins nucleic acids función store energy, provide support, and a surround and protect cells, regulate cell functions, insulate the body, and b transport, provide structure and support, help chemical reactions happen, and c carry genetic information, determine the structure of proteins, and help build proteins example d fats, oils hemoglobin e complete la información que falta en la tabla seleccionando la respuesta adecuada en el menú desplegable. a b do d y

Explanation:

To solve this problem about macromolecules, we analyze each part based on biological knowledge of macromolecules:

For A (Carbohydrates - Function, second part):

Carbohydrates (like starch, glycogen, cellulose) primarily store energy, provide energy, and also have a structural role (e.g., cellulose in plant cell walls for support). So the missing function for carbohydrates (after "store energy, provide support, and") is "energy" (to clarify: "store energy, provide energy, support" – though more accurately, "provide energy" is a key function, so A should relate to energy provision or another core carb function, but contextually, the first function list for carbs: "store energy, provide support, and A" – correct A is "energy" (as carbs are a main energy source).

For B (Lipids - Function, last part):

Lipids (fats, oils, phospholipids, steroids) function to surround/protect cells, regulate cell functions, insulate the body, and "store energy" (lipids are long - term energy storage, more efficient than carbs). So B is "store energy".

For C (Proteins - Function, last part):

Proteins have roles like transport (hemoglobin), structure (collagen), and as enzymes to "catalyze" (help chemical reactions happen; enzymes are biological catalysts). So C is "catalyze" (the "do" dropdown likely relates to this verb, so "do" would pair with "catalyze" for proteins’ enzymatic role).

For D (Carbohydrates - Example):

Examples of carbohydrates include monosaccharides (glucose), disaccharides (sucrose), or polysaccharides (starch, glycogen, cellulose). A common example is "glucose" (or "starch", "glycogen", "cellulose" – glucose is a simple sugar, a key carb).

For E (Nucleic Acids - Example):

Nucleic acids are DNA (deoxyribonucleic acid) and RNA (ribonucleic acid). So E is "DNA" (or "RNA"; DNA is the primary genetic material, so a common example).

Resumen de Respuestas (assuming dropdown options match these):

• A: energy
• B: store energy
• do (for C): catalyze
• D: glucose (or starch, glycogen, cellulose)
• E: DNA (or RNA)

(Note: If dropdown options have specific wording, adjust to match, but the above is based on standard biological macromolecule functions and examples.)

Answer:

To solve this problem about macromolecules, we analyze each part based on biological knowledge of macromolecules:

For A (Carbohydrates - Function, second part):

Carbohydrates (like starch, glycogen, cellulose) primarily store energy, provide energy, and also have a structural role (e.g., cellulose in plant cell walls for support). So the missing function for carbohydrates (after "store energy, provide support, and") is "energy" (to clarify: "store energy, provide energy, support" – though more accurately, "provide energy" is a key function, so A should relate to energy provision or another core carb function, but contextually, the first function list for carbs: "store energy, provide support, and A" – correct A is "energy" (as carbs are a main energy source).

For B (Lipids - Function, last part):

Lipids (fats, oils, phospholipids, steroids) function to surround/protect cells, regulate cell functions, insulate the body, and "store energy" (lipids are long - term energy storage, more efficient than carbs). So B is "store energy".

For C (Proteins - Function, last part):

Proteins have roles like transport (hemoglobin), structure (collagen), and as enzymes to "catalyze" (help chemical reactions happen; enzymes are biological catalysts). So C is "catalyze" (the "do" dropdown likely relates to this verb, so "do" would pair with "catalyze" for proteins’ enzymatic role).

For D (Carbohydrates - Example):

Examples of carbohydrates include monosaccharides (glucose), disaccharides (sucrose), or polysaccharides (starch, glycogen, cellulose). A common example is "glucose" (or "starch", "glycogen", "cellulose" – glucose is a simple sugar, a key carb).

For E (Nucleic Acids - Example):

Nucleic acids are DNA (deoxyribonucleic acid) and RNA (ribonucleic acid). So E is "DNA" (or "RNA"; DNA is the primary genetic material, so a common example).

Resumen de Respuestas (assuming dropdown options match these):

• A: energy
• B: store energy
• do (for C): catalyze
• D: glucose (or starch, glycogen, cellulose)
• E: DNA (or RNA)

(Note: If dropdown options have specific wording, adjust to match, but the above is based on standard biological macromolecule functions and examples.)