Chapter 3 and 4 Terminology

A  a substance that increases the hydrogen ion concentration of a solution

B  Known as ATP, is an important source of energy for cellular processes

C  the number of covalent bonds a molecule can form

A  This functional group contain sugar with ketone group is called a ketose; the one with aldehyde is called an aldose.

B  This functional group contributes negative charge. When attached, confers on a molecule the ability to react with water, releasing energy. Compound name: Organic phospate

C  This functional group is polar due to electronegative oxygens. Forms hydrogen bonds with water. Compounds name: Alcohol

A  This functional group contributes negative charge. When attached, confers on a molecule the ability to react with water releasing energy. Compound name: Organic Phospate

B  This functional group is polar due to electronegative oxygens. Forms hydrogen bonds with water. Compounds name: Alcohol

C  This functional group contain sugar with ketone group is called a ketose; the one with aldehyde is called an aldose.

A  This functional group contributes negative charge. When attached, confers on a molecule the ability to react with water releasing energy. Compound name: Organic Phospate

B  This functional group is polar due to electronegative oxygens. Forms hydrogen bonds with water. Compounds name: Alcohol

C  This functional group contain sugar with ketone group is called a ketose; the one with aldehyde is called an aldose.

A  the components of organic molecules that are most commonly involved in chemical reactions

B  a substance that increases the hydrogen ion concentration of a solution

C  known as ATP, is an important source of energy for cellular processes

A  the number of covalent bonds a molecule can form

B  isomers have different covalent arrangements of their atoms

C  the components of organic molecules that are most commonly involved in cheical reactions

A  compounds with the same molecular formula but different structures and properties

B  organic molecule consist of only carbon and hydrogen

C  isomers have different covalent arrangementsof their atoms

A  the number of covalent bonds a molecule can form

B  organic molecules consist of only carbon and hydrogen

C  isomers have different covalent arrangementsof their atoms

A  compounds with the same molecular formula but different structures and properties

B  the number of covalent bonds a molecule can form

C  the study of compounds that contain carbon, regardless of origin

A  organic molecule consist of only carbon and hydrogen

B  the number of covalent bonds a molecule can form

C  the study of compounds that contain carbon, regardless of origin

A  a substance is the amount of heat that must be absorbed or lost for 1 g of that substance to change its temperature by 1oC

B  an attraction between different substances, for example, between water and plant sell walls

C  Substance have affinity for water are said to be

A  substances that minimize changes in [H+] and [OH-] in a solution

B  hydrogen bonds hold water molecules together

C  the negative logarithm of hydrogen ion concentration

A  a measure of how difficult it is to break the surface of a liquid

B  the negative logarithm of hydrogen ion concentration

C  sunstance that minimize changes in [H+] and [OH-] in a solution

A  Substance have affinity for water are said to be

B  a substance that increases the hydrogen ion concentration of a solution

C  an attraction between different substances, for example, between water and plant sell walls

A  an attraction between different substances, for example, between water and plant sell walls

B  an attraction between different substances, for example, between water and plant sell walls

C  Substance have affinity for water are said to be

A  As a liquid evaporates, its remaining surface cools, a process called

B  a substance that increases the hydrogen ion concentration of a solution

C  a measure of how difficult it is to break the surface of a liquid

A  an attraction between different substances, for example, between water and plant cell walls

B  a measure of how difficult it is to break the surface of a liquid

C  a polar molecule that has four emergent properties

A  a measure of how difficult it is to break the surface of a liquid

B  an attraction between different substance, for example, between water and plant cell walls

C  a polar molecule that has four emergent properties

A  hydrogen bonds hold water molecules together

B  a polar molecule that has four emergent properties

C  substance have affinity for water are said to be

A  hydrogen bonds hold water molecules together

B  a measure of how difficult it is to break the surface of a liquid

C  a polar molecule that has four emergent properties