1. Building blocks (monomers) are nucleotides 2. Made of sugars, names commonly end in -ose. But

starch and glycogen are also examples.

3. Building blocks (monomers) are amino acids

4. Stores genetic information for cell activities and making proteins

5. Builds cell structures, hair, nails, horns, muscles

6. Long term energy storage, insulation, found as a bilayer in cell membranes

7. Examples include: DNA, RNA

8. Building blocks are glycerol and fatty acids (no true monomer)

9. Enzymes are examples of these.

10. Examples include: Oils, Waxes, Cuticle waxy coating on Leaves

11. Used for quick energy.

12.Building blocks (monomers) are monosaccharides like glucose

13.Made of nucleotides held together by hydrogen bonds

14.Provides insulation for marine mammals.

15. The structural component of plant cell wall in the form of cellulose

This question is asking to identify the biomolecule associated with each statement

1. Nucleic acid

2. Carbohydrates

3. Proteins

4. Nucleic acid

5. Proteins

6. Lipids

7. Nucleic acids

8. Lipids

9. Proteins

10. Lipids

11. Carbohydrate

12. Carbohydrate

13. Nucleic acid

14. Lipids

15. Carbohydrate

Explanation:

1. NUCLEIC ACIDS are one of the four biomolecules composed of building blocks (monomers) called nucleotides

2. CARBOHYDRATES are biomolecules made of sugars, whose names commonly end in -ose e.g glucose, fructose etc. But starch and glycogen that doesn't end in -ose are also examples of carbohydrates.

3. PROTEINS are also biological molecules made up of building blocks (monomers) called amino acids.

4. NUCLEIC ACIDS are biomolecules that stores genetic information for cell activities and making proteins.

5. PROTEINS are the biomolecules that build cell structures such as hair (keratin), nails, horns, muscles.

6. LIPIDS are biomolecules used as long term energy storage as they store more energy than any other biomolecule. They serve as insulation, found as a bilayer in cell membranes

7. NUCLEIC ACIDS as biomolecules are of two types including: DNA, RNA.

8. TRIGLYCERIDES are a form of LIPIDS

whose building blocks are glycerol and fatty acids (no true monomer).

9. Enzymes are examples of PROTEIN biomolecules. This means that enzymes are made of proteins.

10. Examples of LIPIDS include: oils, waxes, cuticle waxy coating on leaves

11. GLUCOSE is a CARBOHYDRATE used for quick energy in the cells of living organisms because it can be broken down easily.

12. CARBOHYDRATES are biomolecules whose building blocks (monomers) are monosaccharides like glucose.

13. NUCLEIC ACIDS are made of nucleotides (A, T, G, C, U) held together by hydrogen bonds.

14. BLUBBER is a LIPID that provides insulation for marine mammals.

15. CARBOHYDRATES are the structural component of plant cell wall in the form of cellulose.

the  frequency of a wave represents  the number of wavelengths that pass a specific point per second. the unit for  frequency  is hertz (hz).

happy to

pls mark as brainliest

relative humidity, temperature and dew point -- are bound together in the mathematical relationship below. relative humidity changes when temperatures change. because warm air can hold more water vapor than cool air, relative humidity falls when the temperature rises if no moisture is added to the air. so i would say a