Q: Define the terms acidic, basic, acid, and base. Also define pH and describe the relationship…
A: Acid: Acids were described by Arrhenius as compounds containing hydrogen which upon addition to…
Q: Describe the processes by which the organic molecules are assembled and disassembled.
A: All living organisms require energy to reproduce and respond to environmental factors, this energy…
Q: Explain the properties of water and what properties of water are essential to life on both the…
A: Water is the most important compound found on this planet. The life originated in the water as per…
Q: Define and distinguish between matter, elements, and compounds.
A: Matter, element and compound, these three things form the universe.
Q: Explain how buffers function and describe their importance in biological systems.
A: A buffer solution consists of an acid-base pair. It maintains the pH of a solution stable by…
Q: Why is water important for metabolism?
A: Metabolism is a process that happens in our body to convert what we eat(food) and drink into energy…
Q: Compare the characteristics of an acid, a base, and a salt.
A: Acid is a chemical compound which is naturally present in fruits, vegetables, and can be derived…
Q: describe the composition and organization of water, acids, bases, salts, buffers, carbohydrates,…
A: Hello! Since you have posted multiple questions, we are answering the first three questions…
Q: Determine the major classes of organic compounds found in body.
A: Organic compounds make up all living things, including plants, animals, and microbes. Biomolecules…
Q: Draw a hydrogen bond between two water molecules.
A: Water is an essential molecule for all the living being the human body is made up of 70 % water. The…
Q: Differentiate between hydrophilic and hydrophobic.
A: The term “hydro-” indicates water. So, studying hydrophobic and hydrophilic molecules involves the…
Q: Is water polar, nonpolar, or an ion?
A: Molecules are made up of more than one atoms which are joined by chemical bonds.
Q: Describe the differences among acids, bases, and salts.
A: A solution is said to be a acidic, basic and salts and can be categorized on the basis of their…
Q: Describe how buffers are important to living organisms.
A: Buffers: These are compounds that are capable of either binding or releasing hydrogen ions depending…
Q: Why is water so important for metabolic reactions?
A: Human body is composed of 60-70% of water. Water is important for normal functioning of the body.…
Q: In not more than 10 sentences, discuss briefly why is water called the universal solvent?
A: Water is an inorganic solvent with molecular formula H2O, made up of two hydrogen atoms and one…
Q: What determines whether a substance is an acid or a base? Brieflyoutline the pH scale.
A: pH is the figure that represents whether the given solution is acidic or alkaline on a logarithmic…
Q: Differentiate between in-organic substances and organic substances?
A: Organic compounds are usually any chemical compounds that contain carbon-hydrogen bonds however…
Q: Explain how the chemical properties of water make life possible.
A: Water(H2O) is the most essential molecule for all living organisms. The oxygen atom is linked by two…
Q: what are the four emergent properties of water that are important for life?
A: There are four basic emergent properties of water that are very important for life are required to…
Q: Explain how cations form.
A: A cation can be described as the positive ion. It contains more protons than that of number of…
Q: Explain how buffers maintain the pH of solutions
A: Buffer systems serve critical functions in both natural and laboratory environments. In nature, they…
Q: Discuss the significance of ph?
A: pH is defined as the negative logarithmic concentration of hydrogen ions in a solution. So, pH…
Q: Define solution, solvent, and solute.
A: A solution is made up of two components, namely solute and solvent. Any solute and solvent will form…
Q: Distinguish between heterogeneous and homogeneous mixtures and between solutions and colloids.
A: A mixture is a combination of two or more substances which are physically combined but not…
Q: Distinguish between hydrophilic and hydrophobic substances
A: Introduction: Water is essential for the growth and survival of all species. Two hydrogen atoms and…
Q: What do we call the Chemical substance necessary for an organism to sustain life
A: Chemical substance-Nutrients are chemical substances found in every living thing on Earth. They are…
Q: Explain the biological importance of water?
A: Most of the roles of water in supporting life are due to its molecular structure and some of it's…
Q: What are the main biological functions of water?
A: Water is a transparent, inorganic, odorless, tasteless, and nearly colorless chemical substance. It…
Q: Describe the difference between and ionic bond and covalent bond.
A: The chemical bonds are formed when two atoms with an unstable outer valence shell interact. This…
Q: Explain the difference between hydrophilic and hydrophobic molecules, and between acidic and basic…
A: Different bonding patterns inside atoms and molecules make them exhibit different behaviors in…
Q: What are the properties of Water of physiological importance?
A: The main properties of water that are physiological importance are as follows • polarity •cohesion…
Q: Contrast acids and bases, and discuss their properties.
A: The whole of the living and non living world are made of various elements. These are metallic or non…
Q: Explain how buffers help the human body to maintain homeostasis?
A: Hoemostatis is process through which an organism maintains a balance inside of itself. It is done so…
Q: Discuss the physical and chemical properties of water, and its role in maintaining homeostasis
A: Meaning of Homeostasis: Homeostasis refers to the maintenance of constant internal environment of…
Q: Name the inorganic substances common in body fluids
A: Compounds, which are associated with life and life processes, depend on carbon (C) atoms. These are…
Q: Differentiate between covalent and ionic bonds:
A: A chemical bond is a bond formed between atoms, ions or molecules in order to form chemical…
Q: Explain solutes, solvents, and hydration.
A: Solutes : Solutes are the substances which dissolve in other substances, named as solvents. The…
Q: Describe the polar characteristics of a water molecule.
A: Two hydrogen atoms and one oxygen atom make up a water molecule. It has a pH of 7 hence it is…
Q: . Describe how the properties of water contribute to itsphysiological functions.
A: Water is an excellent solvent that is made up of tiny molecules of hydrogen and oxygen. It is…
Q: Why does water have such interesting and unique properties?
A: Water is required for sustaining life. Water dissolves nutrients and gases. It acts as solvent for…
Q: Diagram and describe the atomic structure of biologically important elements.
A: Most of the elements in living matter have relatively low atomic numbers. The four most abundant…
Q: Define Some representative organic molecules ?
A: Organic molecules are defined as the molecules that are found in or produced by living systems. They…
Q: Distinguish between polar and ionic compounds.
A: A polar bond is formed due to sharing of electrons and ionic bonds are formed by a complete…
Q: Describe the way an ionic solid dissolves in water
A: Ionic compounds are ones that are made up of oppositely charged atoms, known as ions, that are…
Q: Describe the distinguishing characteristics of the three classes of essential chemical elements…
A: Matter is anything that occupies space and has mass. Matter is made up of atoms. Atoms are the…
describe the biologically important properties of water;
Trending now
This is a popular solution!
Step by step
Solved in 2 steps
- Describe the special properties of water that make it vital to living systems, including: polarity, cohesion, temperature-stabilizing effects, and solvent properties.describe the composition and organization of water, acids, bases, salts, buffers, carbohydrates, lipids, proteins, and nucleic acids and explain the biological role of each.Describe the properties of water, and explain why it is so important in biological systems.