Question 1

Fermentation does not require oxygen to generate ATP and is almost as efficient as aerobic respiration in generating ATP in muscle cells.

Accepted Answer

A) True 
 B)False

Question 2

A myofibril is packed with two types of protein filaments,thin actin filaments and thick myosin filaments.

Accepted Answer

A) True 
 B)False

Question 3

If an older patient came in complaining of joint pain,and a scan showed the bones in the patient's hands rubbing one another,you would diagnose

Accepted Answer

A)  acromegaly. 
B)  rheumatoid arthritis. 
C)  scoliosis. 
D)  osteoporosis. 
E)  osteoarthritis. 
A)  acromegaly. 
B)  rheumatoid arthritis. 
C)  scoliosis. 
D)  osteoporosis. 
E)  osteoarthritis.

Question 4

The breast muscle of a wild duck is dark,while that of a domesticated chicken is white.The breast muscles in a wild duck are

Accepted Answer

A)  fast-twitch muscles with abundant capillaries and mitochondria. 
B)  slow-twitch muscles with few capillaries or mitochondria. 
C)  slow-twitch muscles with abundant capillaries and mitochondria. 
D)  fast-twitch muscles with few capillaries or mitochondria. 
E)  a mix of fast-twitch and slow-twitch muscles. 
A)  fast-twitch muscles with abundant capillaries and mitochondria. 
B)  slow-twitch muscles with few capillaries or mitochondria. 
C)  slow-twitch muscles with abundant capillaries and mitochondria. 
D)  fast-twitch muscles with few capillaries or mitochondria. 
E)  a mix of fast-twitch and slow-twitch muscles.

Question 5

Where are blood cells produced?

Accepted Answer

A)  in red marrow inside of bones 
B)  in yellow marrow inside of bones 
C)  in joints by creatine phosphate 
D)  in the liver 
E)  in the spleen 
A)  in red marrow inside of bones 
B)  in yellow marrow inside of bones 
C)  in joints by creatine phosphate 
D)  in the liver 
E)  in the spleen

Question 6

The high water content of cartilage allows it to cushion blows.

Accepted Answer

A) True 
 B)False

Fermentation does not require oxygen to generate ATP and is almost as efficient as aerobic respiration in generating ATP in muscle cells.

A myofibril is packed with two types of protein filaments,thin actin filaments and thick myosin filaments.

If an older patient came in complaining of joint pain,and a scan showed the bones in the patient's hands rubbing one another,you would diagnose

The breast muscle of a wild duck is dark,while that of a domesticated chicken is white.The breast muscles in a wild duck are

Where are blood cells produced?

The high water content of cartilage allows it to cushion blows.

The Scientific Study of Life

The Chemistry of Life

Cells

The Energy of Life

Photosynthesis

Respiration and Fermentation

DNA Structure and Gene Function

DNA Replication,Binary Fission,and Mitosis

Sexual Reproduction and Meiosis

Patterns of Inheritance

DNA Technology

Forces of Evolutionary Change

Evidence of Evolution

Speciation and Extinction

Evolution and Diversity of Microbial Life

Evolution and Diversity of Plants

Evolution and Diversity of Animals

Populations

Communities and Ecosystems

Preserving Biodiversity

Plant Form and Function

Reproduction and Development of Flowering Plants

Animal Tissues and Organ Systems

The Nervous System and the Senses

The Endocrine System

The Circulatory and Respiratory Systems

The Digestive and Urinary Systems

The Immune System

Animal Reproduction and Development

Filters

Exam 26: The Skeletal and Muscular Systems

Fermentation does not require oxygen to generate ATP and is almost as efficient as aerobic respiration in generating ATP in muscle cells.

A myofibril is packed with two types of protein filaments,thin actin filaments and thick myosin filaments.

If an older patient came in complaining of joint pain,and a scan showed the bones in the patient's hands rubbing one another,you would diagnose

The breast muscle of a wild duck is dark,while that of a domesticated chicken is white.The breast muscles in a wild duck are

Where are blood cells produced?

The high water content of cartilage allows it to cushion blows.

The Scientific Study of Life

The Chemistry of Life

Cells

The Energy of Life

Photosynthesis

Respiration and Fermentation

DNA Structure and Gene Function

DNA Replication,Binary Fission,and Mitosis

Sexual Reproduction and Meiosis

Patterns of Inheritance

DNA Technology

Forces of Evolutionary Change

Evidence of Evolution

Speciation and Extinction

Evolution and Diversity of Microbial Life

Evolution and Diversity of Plants

Evolution and Diversity of Animals

Populations

Communities and Ecosystems

Preserving Biodiversity

Plant Form and Function

Reproduction and Development of Flowering Plants

Animal Tissues and Organ Systems

The Nervous System and the Senses

The Endocrine System

The Circulatory and Respiratory Systems

The Digestive and Urinary Systems

The Immune System

Animal Reproduction and Development

Filters