Use this practice test to study for the final exam. There are fewer than 90 questions and it should not take more than 2 hours.
Isotopes
Radiometry
Half-life
None of these
An age estimate in years before the present
The relative age of an object
Information about the magnetic polarity of strata
The age of an object relative to the items found with it
Volcanic deposits
Organic material
Uranium decay
Obsidian
Ancient pollen
Oxygen isotopes
Stable carbon isotopes
All of these
None of these
Colder temperatures and higher sea levels
Warmer temperatures and higher sea levels
Colder temperatures and lower sea levels
Higher temperatures and lower sea levels
Electron spin resonance
Potassium-Argon dating
Radiocarbon dating
Stratigraphic dating
The principle of original verticality
The principle of cross-cutting relationships
The principle of superposition
The principle of faunal succession
Recently replaced hominoid. The term includes all extinct human ancestors after the split from the last common ancestor with chimps
Refers to all primate ancestors of humans
Originally referred to humans and all extinct ancestors after the split from the last common ancestor with chimps
Is based on a phylum level distinction between humans and the great apes
Upright posture
Increased cranial capacity
Complex social interaction
Tool use
Almost the same except for the number of bones
Elongated and fan-shaped
Broader and bowl-shaped
Extremely dense and heavy
None of the above
Increased stride length and efficiency
Made climbing more difficult
Decreased the dangers presented by predators
Increased the energy requirements for locomotion
Homo ergaster (Early African erectus)
Anatomically modern Homo sapiens
Australopithecus afarensis
Ardipithecus ramidus and/or ramidus kadabba
Than arboreal locomotion in monkeys
Than knuckle-walking in Chimps
Than quadrupedalism in dogs
When running on a hard surface
Bipeds expose less of their bodies to the sun than quadrupeds
Bipeds have an advantage over quadrupeds when it come to climbing trees to sleep at night
The blood flow system bipeds have to move blood against gravity also works to cool the brain
Body hair inhibits the cooling effect of transpiration from evaporation of sweat off the skin
Increased efficiency of bipedal locomotion
An increase in body size
Fusion-fission social groups in chimps
An increase in forest fragmentation
Carry their infants
See over tall grasses
Dissipate heat
All of the above
None of the above
Humans are hairless and sweating is a good way to lose heat in hairless mammals
Some primates develop more body hair to deal with life on the savanna (rather than less hair)
Paleoclimate data suggests that early hominins lived in forests and woodlands, not on the savanna
Many OWM who live on the savanna are quadrupeds, suggesting that the earliest hominins were not upright walkers either
Prognathic/curved
A parabola/U-shaped
Larger/smaller
U-shaped/a parabola
Mandible
Maxilla
Double cusp
Diastema
The de-emphasis on protection for the brain
Increase in the size of neck muscles associated with quadrupedalism
A de-emphasis on chewing as well as brain size expansion
The need for greater room for muscles associated with chewing
The Congo Basin in Central Africa
East Africa and Tchad
South African caves
Western Africa
Ancient floods
Tectonic activity
River erosion
Volcanic eruptions
Bipedal characteristics and greatly reduced facial prognathism
Increased cranial size as well as bipedal characteristics
Increases in the size of the C/P3 complex along with a U-shaped dental arcade
Bipedal characteristics, reduced canine size, and loss of the honing complex
Tchad; 5-8 million
Tanzania; 2.5-5 million
Ethiopia; 8-10 million
Mali; 4.4-6 million
An area of rolling grassland
A dry, lightly forested area near a lakeshore
A desert area
An open semi-arid area
6 mya/Kenya
4 mya/South Africa
4 mya/Tanzania
2 mya/Ethiopia
Spine fragments and a knee
Femoral fragments
On a nearly complete pelvis
Tarsal and metatarsal fragments
afarensis
Africanus
Anamensis
Garhi
320-450 cc
500-650 cc
600-850 cc
900-1300 cc
Temporalis maxilis
Mandibular attachment
Sagittal crest
Compound temporonuchal crest
That individuals of the species lived alone and hunted other animals for food
That the males may have built nests and spent time in the trees while females patrolled the territory and protected the home range
That the species may have lived in multi-male, multi-female groups where males competed for access to females
That the social group was comprised of monogamous family units
Could have had difficulty walking
Were also accomplished brachiators
May have been partially arboreal
Could swim quite well
Australopithecus afarensis
Australopithecus robustus
Australopithecus boisei
Australopithecus africanus
1.2 million years ago
2.5 million years ago
2 million years ago
3 million years ago
Homo habilis
Paranthropus boisei
Australopithecus garhi
One or all of the above
Eugene Dubois; Homo erectus
Don Johanson; Australopithecus bahrelghazali
Louis Leakey; Australopithecus afarensis
Raymond Dart; Australopithecus africanus
Predators like leopards often dragged hominins they had killed into caves, where the leopards lived
Hominins in southern Africa tended to live in caves
Hominin bones fell into caves through holes in the ceiling after they were eaten by leopards
Hominins seemed to have crawled into caves to die
Relative/absolute
Radiocarbon/type-analysis
Absolute/relative
Seriation/absolute
A. africanus shows less facial prognathism
A. africanus has larger cranial crests (sagittal and nuchal crests)
A. africanus has smaller anterior teeth
A. africanus has a cranial capacity of 550-650 cc
Carrying large loads over distances
Hard object feeding
Defending themselves against predators
Hunting small to medium sized animals
Thick enamel and large post-canine (posterior) teeth
Robust mandibles , sagittal, and nuchal crests
Postorbital constriction and a large brow ridge
All of the above
Kenya
Southern Africa
Ethiopia
East Africa
A. robustus, A. africanus and A. garhi
A. boisei, A. anamensis, and O. tugenensis
P. aethiopicus, A. anamensis, and A. africanus
Australopithecus, Paranthropus, H. habilis and H. rudolphensis
K. platyops
H. habilis
A. africanus
Not certain
None of the above
Have smaller teeth and bigger brains
Have bigger teeth and smaller body size
Have smaller body size and bigger brains
None of the above
Homo rudolfensis and Homo habilis were split into two separate species
Both are likely to be the remains of late Paranthropus, not ancestral to Homo
Homo habilis left Africa
Both fossils should be moved to the genus Kenyanthropus
Flakes/bifacial axes
Flakes/bones
Flakes/cobblestone cores
Cores/flakes
Israel; 110,000
The Republic of Georgia; 1.8 million
China; 500,000
Indonesia; 7 million
They are small-bodied compared to H. erectus fossils
They had very sophisticated Acheulian tools
They are similar to H. heidelbergensis in Germany
All of these
None of these
8 million
180,000
18,000
1.6 million
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