Where Do We Come From And Where Do We Fit - Visualizing Human Biology | Biology+

Course

Human Biology

Study Pack

Set 1: What Is Life

Set 2: Where Do We Come From and Where Do We Fit

Set 3: Everyday Chemistry of Life

Set 4: Cells: Organization and Communication

Set 6: The Skeletomuscular System

Set 7: The Nervous System

Set 8: The Special Senses

Set 9: Immunity and the Lymphatic System

Set 10: Infectious Disease and Epidemiology

Set 11: The Human Microbiome

Set 13: The Cardiovascular System

Set 14: The Respiratory System: Movement of Air

Set 15: Nutrition: You Are What You Eat

Set 16: The Digestive System

Set 17: The Urinary System

Set 18: The Endocrine System and Development

Set 19: The Reproductive Systems: Maintaining the Species

Set 20: Pregnancy: Development From Conception to Newborn

Set 21: Inheritance, Genetics, and Molecular Biology

Set 2 Where Do We Come From And Where Do We Fit

✕

Set 2 Where Do We Come From And Where Do We Fit

(Multiple Choice)

Free

The system in the illustration functions to:

The system in the illustration functions to: A) receive and process information. B) regulate long term changes. C) cycle nutrients through the body. D) maintain fluid balance and purification.

A) receive and process information.
B) regulate long term changes.
C) cycle nutrients through the body.
D) maintain fluid balance and purification.

Answer

(Multiple Choice)

Free

It is believed that H. erectus migrated out of Africa one million years ago because:

A) the more aggressive Neanderthals took over their habitat.
B) to escape disease.
C) the appearance of upright posture allowed for more efficient walking.
D) of environmental changes.

Answer

(Multiple Choice)

Free

Australopithecus can be differentiated from A. afarensis by:

A) bipedalism.
B) stereoscopic vision.
C) sexual dimorphism.
D) dentition.

Answer