Question 1

Mad cow disease serves as an example of how interdependent and _ _ are to protein.

Accepted Answer

A) solubility ...texture 
B) form ...construction 
C) adaptability ...development 
D) structure ...function 
A) solubility ...texture 
B) form ...construction 
C) adaptability ...development 
D) structure ...function

Question 2

Propanol and isopropanol are isomers.This means that they have

Accepted Answer

A) the same molecular formula,but represent different states of the compound. 
B) different molecular formulas,but the same chemical properties. 
C) the same molecular formula and the same chemical properties. 
D) the same molecular formula,but different chemical properties. 
A) the same molecular formula,but represent different states of the compound. 
B) different molecular formulas,but the same chemical properties. 
C) the same molecular formula and the same chemical properties. 
D) the same molecular formula,but different chemical properties.

Question 3

Foods that are high in fiber are most likely derived from

Accepted Answer

A) plants. 
B) fish. 
C) dairy products. 
D) red meats. 
A) plants. 
B) fish. 
C) dairy products. 
D) red meats.

Question 4

The results of dehydration synthesis can be reversed by

Accepted Answer

A) the addition of an amino group. 
B) polymerization. 
C) condensation. 
D) hydrolysis. 
A) the addition of an amino group. 
B) polymerization. 
C) condensation. 
D) hydrolysis.

Exam 3: The Molecules of Cells

Mad cow disease serves as an example of how interdependent and _ _ are to protein.

Propanol and isopropanol are isomers.This means that they have

Foods that are high in fiber are most likely derived from

The results of dehydration synthesis can be reversed by

Biology: Exploring Life

The Chemical Basis of Life

A Tour of the Cell

The Working Cell

How Cells Harvest Chemical Energy

Photosynthesis: Using Light to Make Food

The Cellular Basis of Reproduction and Inheritance

Patterns of Inheritance

Molecular Biology of the Gene

How Genes Are Controlled

Dna Technology and Genomics

How Populations Evolve

The Origin of Species

Tracing Evolutionary History

Microbial Life: Prokaryotes and Protists

The Evolution of Plant and Fungal Diversity

The Evolution of Invertebrate Diversity

The Evolution of Vertebrate Diversity

Unifying Concepts of Animal Structure and Function

Nutrition and Digestion

Gas Exchange

Circulation

The Immune System

Control of Body Temperature and Water Balance

Hormones and the Endocrine System

Reproduction and Embryonic Development

Nervous Systems

The Senses

How Animals Move

Plant Structure,growth,and Reproduction

Plant Nutrition and Transport

Control Systems in Plants

The Biosphere: an Introduction to Earths Diverse Environments

Behavioral Adaptations to the Environment

Population Ecology

Communities and Ecosystems

Conservation Biology

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