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Chapters1-5 Mader
Study material for chapters 1-5 from Essentials of Biology 2nd Edition (Mader)
| Question | Answer |
|---|---|
| When is a polysaccharide easiest to break down? When it is branched, or when it is spiraled? | When it is branched. |
| How are glucose molecules differently bonded in cellulose than they are in starch and glycogen? | The glucose molecules in cellulose is bound by hydrogen bonding. |
| In chitin, each glucose subunit has what kind of functional group connected? | An Amino group. |
| Fats and oils are called triglicerides because of their....what? | One glycerole molecule has three -OH groups, and must bond with three -COOH molecules from fatty acids. This causes the triglyceride to have three long fatty acids attached to each glycerol molecule. |
| What is the difference between an unsaturated fatty acid, a monounsaturated fatty acid, and a trans-fatty acid? | Monounsaturated oils have 1 double bond in their chain. Saturated oils have no double bonds, so they don't bend. Trans-fatty acids are partially hydrogenated. |
| What is constructed like a triglyceride, except has a phosphate group instread of 3 fatty acids? | Phospholipids. They have a charged phosphate group and 2 fatty acid tails. |
| __________ are lipids that posses a unique carbon skeleton of 4 bonded rings, and unlike other lipids, they contain no _______. | Steroids. They contain no fatty acids. |
| The structure and function of cells differs according to the type of ______ they contain. | Protein. |
| Proteins are polymers, and their monomers are what? | Amino acids. |
| The name 'Amino Acid' is appropriate because one of the two functional groups is __________, and another is ___________. | Amino, and another is Carboxyl. |
| A proteins sequence of Amino Acids is called its...what? | Primary structure. |
| Protein have multiple levels of structure called the _________, __________, ___________, and ___________. | Primary, Secondary, Tertiary, and Quaternary structures. |
| ________bonds between nearby peptide bonds maintains the secondary structure. | Hydrogen bonds. |
| Plants store glucose as what? | Starch. |
| Animals store glucose as what? | Glycogen. |
| Two dissaccharides are... | Maltose and Sucrose |
| Polysaccharides as energy are... | Maltose, and Sucrose |
| Plysaccharides as structure are... | Cellulose and Chitin. |
| What is the difference in the molecular structure of cellulose used for storage and cellulose used as structure? | When it is used as structure, it is nonbranched and forms fibrous material. When used as an energy source, it is either branched, or highly branched. |
| What are the six fundemental elements? | CHNOPS Carbon, Hydrogen, Nitrogen, Oxygen, Phosphorus, and Sulfer. |
| Carbohydrates serve as...(2 types of energy and another thing...) | Immediate and stored energy, also as structureal molecules. |
| Lipids serve as nature's.... | Long-term energy storage, and components to the cell membrane. |
| Some examples of lipids are what? | Fats, Oils, Phospholipids, Steriods. |
| The monomers of lipids are what two things? | Glycerol and fatty acid. |
| The monomer of Carbohydrates is what? | Glucose. |
| Three examples of carbohydrates are m_____________, d______________, p_______________ | Monosaccharides, disaccharides, polysaccharides. |
| The monomer of protein is what? | Amino Acid. |
| Proteins can serve many functions in living things. They have 4 functions. What are they? | Support, metabolic transport, regulation, motion. |
| Nucleic acids are the polymers of what? | Nucleotides. |
| Two examples of nucleic acids are? | DNA and RNA. |
| Nucleic acids do what? | Sore genetic information. |
| A nerve cell ______. (verb) | Conducts. |
| A muscle cell _______. (Verb) | Contracts. |
| A gland cell _______. (verb) | Secretes. |
| A bone cell ______. (verb) | Supports. |
| The 19th century light microscope allows us to see cells, but not much of their ______. The ______ __ _______ limits the amount they can reveal. | Complexity. Properties of light. |
| Electron microscopes, discovered in the year _____, overcome the limit of light microscopes by using beams of ______ instead of light for illumination. | 1930, electrons. |
| Cells are small because smaller subjects have a greater ______-to-______-to- ______- ratio. Cells must have the right surface area requirements met to allow ______ to enter and ______ to exit. | Surface-to-area-to volume-ratio, nutrients to enter and waste to exit. |
| The _____ _____ regulates what enters and exits cells, the _____ carries on chemical reactions. | Plasma membrane, cytoplasm |
| Cells are divided into two types according to the way the...what...is organized? | Genetic Material |
| Prokaryotic cells lack a _____ ______ nucleus, so their DNA is located in a region called the what? | Membrane bound nucleus, nucleoid |
| Organisms from the domains bacteria and Archaea are what kind of cells? | prokaryotic |
| The _____ is a gel-like coating on the outside of the cell wall of prokaryotic cells made of ____. | capsule |
| What are the six fundemental elements? | CHNOPS Carbon, Hydrogen, Nitrogen, Oxygen, Phosphorus, and Sulfer. |
| Carbohydrates serve as...(2 types of energy and another thing...) | Immediate and stored energy, also as structureal molecules. |
| Lipids serve as nature's.... | Long-term energy storage, and components to the cell membrane. |
| Some examples of lipids are what? | Fats, Oils, Phospholipids, Steriods. |
| The monomers of lipids are what two things? | Glycerol and fatty acid. |
| The monomer of Carbohydrates is what? | Glucose. |
| Three examples of carbohydrates are m_____________, d______________, p_______________ | Monosaccharides, disaccharides, polysaccharides. |
| The monomer of protein is what? | Amino Acid. |
| Proteins can serve many functions in living things. They have 4 functions. What are they? | Support, metabolic transport, regulation, motion. |
| Nucleic acids are the polymers of what? | Nucleotides. |
| Two examples of nucleic acids are? | DNA and RNA. |
| Nucleic acids do what? | Sore genetic information. |
| A nerve cell ______. (verb) | Conducts. |
| A muscle cell _______. (Verb) | Contracts. |
| A gland cell _______. (verb) | Secretes. |
| A bone cell ______. (verb) | Supports. |
| The 19th century light microscope allows us to see cells, but not much of their ______. The ______ __ _______ limits the amount they can reveal. | Complexity. Properties of light. |
| Electron microscopes, discovered in the year _____, overcome the limit of light microscopes by using beams of ______ instead of light for illumination. | 1930, electrons. |
| Cells are small because smaller subjects have a greater ______-to-______-to- ______- ratio. Cells must have the right surface area requirements met to allow ______ to enter and ______ to exit. | Surface-to-area-to volume-ratio, nutrients to enter and waste to exit. |
| The _____ _____ regulates what enters and exits cells, the _____ carries on chemical reactions. | Plasma membrane, cytoplasm |
| Cells are divided into two types according to the way the...what...is organized? | Genetic Material |
| Prokaryotic cells lack a _____ ______ nucleus, so their DNA is located in a region called the what? | Membrane bound nucleus, nucleoid |
| Organisms from the domains bacteria and Archaea are what kind of cells? | prokaryotic |
| The _____ is a gel-like coating on the outside of the cell wall of prokaryotic cells made of ____. | capsule, polysaccharides. |