**Title: Understanding Polymer Structures and Their Material Properties****Introduction:**The image presents a series of diagrams representing different polymer structures. Polymers can exhibit varying material properties based on their molecular arrangements. These properties can range from rigid and hard to flexible and stretchable. Our goal is to determine which representations correspond to these contrasting material characteristics.**Diagram Descriptions:**1. **Diagram A:** - The structure shows a complex arrangement of interconnected molecules, possibly indicating a cross-linked polymer network. Such structures are typical of rigid and hard materials due to the strong covalent bonds that create a robust lattice.2. **Diagram B:** - This is a cubic lattice structure, common in crystalline materials. Polymers with crystalline structures tend to be hard and rigid due to the orderly arrangement of their molecular chains.3. **Diagram C:** - Shows a linear chain of molecules with possible side chains. This representation often corresponds to flexible polymers. The ability of the chains to slide past each other contributes to stretchability and softness.4. **Diagram D:** - Represents stacked layers, possibly indicative of a layered crystalline structure. These are typically rigid and hard due to limited movement between layers.5. **Diagram E:** - A cluster of spherical molecules labeled with "Li+ and Cl-," suggesting an ionic arrangement. While this might not represent polymers directly, ionic compounds can contribute to rigidity.6. **Diagram F:** - Displays a uniform arrangement of spheres in a grid. This probably points to a crystalline polymer, thus likely to be hard and rigid.7. **Diagram G:** - Shows a zigzag pattern of molecules, indicating a flexible configuration. This type of structure is common in elastomers and other flexible, stretchable materials.8. **Diagram H:** - Features a three-dimensional grid with distinct atom colors, possibly representing a crystalline metal or dense polymer network. It suggests rigidity due to the orderly, close-packed 3D structure.9. **Diagram I:** - Illustrates a linear, possibly coiled chain structure, often found in flexible polymers. The coiling allows for elasticity and is typical of materials that are flexible and soft.**Conclusion:**- **Rigid, Hard Materials:** Diagrams A, B, D, F, and H likely show structures that result in rigid materials due to cross-linking and crystalline arrangements.- **Flexible, Stretchable Materials:** Diagrams

A polymer is a combination of several monomer units. That is a macromolecule. Polymers are highly…

Answered: Which representation(s) show polymer…

Which representation(s) show polymer structures that are likely to result in rigid, hard materials and those that are likely to result in flexible, stretchable, soft materials?

Human Anatomy & Physiology (11th Edition)

11th Edition

ISBN:9780134580999

Author:Elaine N. Marieb, Katja N. Hoehn

Publisher:Elaine N. Marieb, Katja N. Hoehn

Chapter1: The Human Body: An Orientation

Section: Chapter Questions

Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...

See similar textbooks

Related questions

Q: Where in nature do we find cellulose? Where do we find chitin? In what way(s) are these two polymers…

A: Cellulose is a polysaccharide made of D-glucose monomers. It is found in the cell wall of plants and…

Q: Consider analysis of a mixture of saturated and unsaturated triacylglycerols (fish oil) and/or fatty…

A: Fatty acids are carboxylic acids with a hydrocarbon chain ranging from 4 carbon to 36 carbons. They…

Q: Epigeous or hypogeous? Exalbuminous or albuminous? What is the name of structure A?

A: It is an image of bean seedling. Bean belongs to member of the legumes family and a bean seed…

Q: Soap molecules have a polar head and a non polar tail. Briefly explain whether your experimental…

A: Soap is prepared by combining a fatty acid with a base. It breaks the carboxyl bonds to form soap…

Q: Draw the structure of the monomer (MMA) that you use in this experiment. Show the structure…

A: 1. Draw the structure of the monomer (MMA) that you use in this experiment. Answer:-Below is the…

Q: Polymers are generally weak and have low melting point temperature .why?

A: Polymers are the repetitive units of monomers that are found by condensation of the monomers. The…

Q: An iconic bond is a bond in which ?

A: Bond is formed as a result of electrostatic attraction between two atoms which participate in the…

Q: Explain why biological systems employ both polymers and supramolecular structures. For example,…

A: The prefix ‘supra' means ‘beyond the limits of' and refers to massive molecules whose arrangement is…

Q: What are the monomers of these carbohydrate polymers? (Simple sugars) starch: cellulose:…

A: Carbohydrates offer much of the energy that is needed for the cells. These molecules form the…

Q: Select the polypeptide sequence that is most likely to bind to positively charged DEAE resin at a…

A: Biomolecules are organic compounds found in living organisms. All living organisms will have these…

Q: Provide an example of a carbohydrate polymer

A: Carbohydrate- Carbohydrates are the most rich biomolecule on Earth. they're a polymer made up of…

Q: Draw the complete and the skeletal structure of a short polystyrene strand that contains 5 monomeric…

A: The polymer consists of small subunits which are repeated together to form a large molecule.…

Q: Discuss briefly the pharmaceutical applications of micelles?

A: Micelles are self-assembled structures formed by certain molecules called amphiphiles in a suitable…

Q: Explain the relationship between polymers and macromolecules.

A: Polymers and macromolecules are high molecular weight compound.

Q: Could a lipid be considered a polymer? Why or why not?

A: Lipids are one of the most important components of living cells. According to chemistry, a lipid is…

Question

**Title: Understanding Polymer Structures and Their Material Properties**

**Introduction:**
The image presents a series of diagrams representing different polymer structures. Polymers can exhibit varying material properties based on their molecular arrangements. These properties can range from rigid and hard to flexible and stretchable. Our goal is to determine which representations correspond to these contrasting material characteristics.

**Diagram Descriptions:**

1. **Diagram A:**
- The structure shows a complex arrangement of interconnected molecules, possibly indicating a cross-linked polymer network. Such structures are typical of rigid and hard materials due to the strong covalent bonds that create a robust lattice.

2. **Diagram B:**
- This is a cubic lattice structure, common in crystalline materials. Polymers with crystalline structures tend to be hard and rigid due to the orderly arrangement of their molecular chains.

3. **Diagram C:**
- Shows a linear chain of molecules with possible side chains. This representation often corresponds to flexible polymers. The ability of the chains to slide past each other contributes to stretchability and softness.

4. **Diagram D:**
- Represents stacked layers, possibly indicative of a layered crystalline structure. These are typically rigid and hard due to limited movement between layers.

5. **Diagram E:**
- A cluster of spherical molecules labeled with "Li+ and Cl-," suggesting an ionic arrangement. While this might not represent polymers directly, ionic compounds can contribute to rigidity.

6. **Diagram F:**
- Displays a uniform arrangement of spheres in a grid. This probably points to a crystalline polymer, thus likely to be hard and rigid.

7. **Diagram G:**
- Shows a zigzag pattern of molecules, indicating a flexible configuration. This type of structure is common in elastomers and other flexible, stretchable materials.

8. **Diagram H:**
- Features a three-dimensional grid with distinct atom colors, possibly representing a crystalline metal or dense polymer network. It suggests rigidity due to the orderly, close-packed 3D structure.

9. **Diagram I:**
- Illustrates a linear, possibly coiled chain structure, often found in flexible polymers. The coiling allows for elasticity and is typical of materials that are flexible and soft.

**Conclusion:**
- **Rigid, Hard Materials:** Diagrams A, B, D, F, and H likely show structures that result in rigid materials due to cross-linking and crystalline arrangements.
- **Flexible, Stretchable Materials:** Diagrams

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

This is a popular solution!

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Trending now

This is a popular solution!

Step by step

Solved in 2 steps

SEE SOLUTION Check out a sample Q&A here

Similar questions

Define the following: The polarizability - Polar molecules - Nonpolar molecules - Induced dipoles - Ferroelectric materials.
If a particular polypeptide that is very compact in 0.01 M NaCl expands considerably in 0.5 M NaCl, what forces are probably important in determining its overall size and shape?
Can someone dumb down emergent properties for me? I feel like the answer is simple but I dont quite understand it.
Φ and ψ in the Ramachandran plot (below) are: a) Rotational angles around the bond between the α-carbon and N-H (Φ) and C=O (ψ). b) Amino acid solubility in octanol (Φ) and water (ψ). c) Hydrogen bond angles in α-helices (Φ) and β-sheets (ψ). d) Amino acid solubility in water (Φ) and octanol (ψ).
The vast majority of structures deposited in the Protein Databank (>95%) have been determined using NMR Hard keratins (such as in the skin) are less resistant to stretch because the larger number of disulfide bonds resist deformative forces. Structures produced by X-ray diffraction are as good as the solutions from which they are derived they are false and I know that but explain why they are false
explain why polymers melt over a range of temperatures unlike low molecuar weight materials weight materials which usually have a sharp melting point
A) B) A. Name specific structure "A" B. Name specific structure "B"
(b) The structure of a drug called tirbanibulin which is used to treat a pre-cancerous skin condition called actinic keratosis is shown below. (i) (ii) (iii) (iv) ہے مههممنن State Lipinski's Rule of Five (ROF) and Veber's addition to the ROF. Briefly state why the ROF is used in medicinal chemistry?. Given that the molecular mass of tirbanibulin is 431.536 g.mol-¹ and its log P is 3.2, apply the ROF and Veber's additional rule to this drug and show clearly how you arrived at your answer. Comment on the outcome of your analysis of the structure in part (iii).
Give detailed Solution with explanation needed (no need Handwritten answer
Which of the following statements are true about monomers and polymers?Select all that apply. -Polymers are broken down by the process of dehydration.-Monomers are building blocks for polymers.-Water is required (as a reactant) in hydrolysis.-Nucleic Acids, Phospholipids, and Polysaccharides are all examples of Polymers-Nucleotides, Monosaccharides, and Triglycerides are all examples of monomers
Which of the following molecules is an example of a monomer that makes up a protein polymer? 1 2 3 4 5