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Chapter 3
Question | Answer | Feedback pages in Byers 2017 |
---|---|---|
The sacrum of nonhumans can be distinguished from humans by: (A) Overall shape (B) Number of vertebrae (C) Length and width (D) All of the above | (A) Overall shape | p. 71 |
The metapoidials of nonhumans can be distinguished from humans by the shape of the: (A) Proximal articular surface (B) Shaft (C) Distal articular surface (D) All of the above | (D) All of the above | p. 73 |
The humerus of nonhumans can be distinguished from humans by the configuration of the: (A) Greater tubercle (B) Head (C) Trochlea (D) All of the above | (D) All of the above | p. 73 |
The scapula of nonhumans can be distinguished from humans by the: (A) Presence of a glenoid fossa (B) Overall outline (C) Presence of a spine (D) All of the above | (B) Overall outline | p. 73 |
The thoracic vertebra of nonhumans can be distinguished from humans by the: (A) Presence of facets for the ribs (B) Single curve from neck to back (C) The long spinous processes (D) All of the above | (C) The long spinous processes | p. 71 |
The sacrum of adult humans is different from nonhumans by: (A) Fused vertebrae (B) Triangular shape (C) Area for articulation with the ilia (D) All of the above | (B) Triangular shape | p. 71 |
The adult human skeleton can be distinguished from nonhuman skeletons by which of the following bones? (A) Skull (B) Pelvis (C) Long limb bones (D) All of the above | (D) All of the above | pp. 68–75 |
Which of the following is a maturity difference between subadult human long bones and those of nonhumans? (A) Unfused epiphyses (B) Greater curvature of the diaphyses (C) Smooth articular surfaces (D) All of the above | (A) Unfused epiphyses | pp. 66–68 |
Which of the following can be used to distinguish human from nonhuman bone? (A) Histological structures (B) Maturity differences (C) Architectural differences (D) All of the above | (D) All of the above | pp. 64–65 |
The pelvis of humans can be distinguished from those of nonhumans by the: (A) Presence of an ilium (B) Short, wide shape (C) Presence of a sacrum (D) All of the above | (B) Short, wide shape | pp. 73–74 |
The femur of nonhumans can be distinguished from humans by the shape of the: (A) Greater trochanter (B) Head (C) Distal articular surface (D) All of the above | (D) All of the above | p. 75 |
hich of the following indicates that a skeleton is contemporary? (A) Brown color (B) Grainy, pitted texture (C) Smooth bone surfaces (D) Flexed burial position | (C) Smooth bone surfaces | pp. 76–81 |
Which of the following indicates that a skeleton is noncontemporary? (A) Brown colored bone (B) Grainy, pitted texture (C) Incisors filed to a point (D) All of the above | (D) All of the above | pp. 76–81 |
Which of the following indicates that a bone is contemporary? (A) Yellowish-white color (B) Grainy, pitted texture (C) Dry feel (D) All of the above | (A) Yellowish-white color | pp. 76–81 |
Which of the following indicates that a bone is noncontemporary? (A) Yellowish-white color (B) Grainy, pitted texture (C) Greasy feel (D) Heavy weight | (B) Grainy, pitted texture | pp. 76–81 |
Humans hands and feet are similar to bear paws in the: (A) Shape of the metacarpals/metatarsals (B) Shape of the phalanges (C) Number of phalanages (D) All of the above | (C) Number of phalanages | pp. 75–76 |
The tibia of nonhumans can be distinguished from humans by the: (A) Presence of a proximal articular surface (B) Length of the shaft (C) Configuration of the distal articular surface (D) All of the above | (C) Configuration of the distal articular surface | p. 75 |
Which of the following is a characteristic of bone when viewed under a microscope? (A) Compact surface (B) Cell-like openings (C) Extreme graininess (D) All of the above | (A) Compact surface | p. 64 |
Burials in old, long forgotten private graveyards may be mistaken for cases of medicolegal significance: (A) True (B) False | (A) True | p. 85 |
Only modern humans bury their dead in an extended position: (A) True (B) False | (B) False | pp. 84–85 |
The mammalian metapodials are likely to be mistaken as human metacarpals and metatarsals: (A) True (B) False | (B) False | p. 73 |
The ulna and radius of ungulates are distinctly different from their human counterparts: (A) True (B) False | (A) True | p. 73 |
Both the human sacrum and sternum are distinctly different from those of other mammals: (A) True (B) False | (A) True | p. 71 |
The human spine has one more curve than most mammals: (A) True (B) False | (A) True | p. 71 |
The human skull is not easily mistaken for the skull of another animal: (A) True (B) False | (A) True | p. 69 |
Human canine teeth might be easily mistaken for those of a carnivore: (A) True (B) False | (B) False | p. 70 |
The ribs of human subadults are more curved than their mammalian counterparts: (A) True (B) False | (A) True | p. 68 |
The main maturity distinction between subadult human long bones and those of adult mammalians is the lack of epiphyses on their ends: (A) True (B) False | (A) True | pp. 66–68 |
Humans have more plexiform bone than other mammals: (A) True (B) False | (B) False | p. 66 |
When viewed under a microscope, bone will not appear to have a compact surface: (A) True (B) False | (B) False | p. 64 |
One of the ways to separate bear paws from human feet is the groove on the proximal ends of the phalanges: (A) True (B) False | (B) False | p. 76 |
The premolars of a pig and the molars of humans are fairly similar: (A) True (B) False | (A) True | p. 76 |
The presence of a prosthetic implant indicates that the skeleton is definitely not prehistoric: (A) True (B) False | (A) True | p. 82 |
If you find a burial that is semi-flexed, you should assume that it is prehistoric: (A) True (B) False | (B) False | pp. 84–85 |
If you find a burial that is fully flexed associated with stone tools and pieces of ancient pottery, you would be inclined to believe that it is prehistoric: (A) True (B) False | (A) True | pp. 82–86 |
A human palate with plastic caps is definitely contemporary, and may be medicolegally significant: (A) True (B) False | (A) True | p. 82 |
If you found a skull with a flattened occipital, incisors filed to points associated with stone tools, you would be inclined to assume that it represents a prehistoric individual: (A) True (B) False | (A) True | pp. 81–8 |
Decalcified bones are lighter than fresh bones, and are more likely to be from noncontemporary persons: (A) True (B) False | (A) True | pp. 79–81 |
The presence of a large amount of soft tissue on a skeleton makes it highly likely that it is from a contemporary person: (A) True (B) False | (A) True | pp. 79–81 |
A skeleton is discovered that is brown in color, fairly heavy and in good condition; therefore, it is very likely prehistoric: (A) True (B) False | (B) False | pp. 79–81 |
The neck of the femur from cows is longer than that of humans: (A) True (B) False | (B) False | pp. 74–75 |
The pubic face of humans is larger than those of nonhuman animals: (A) True (B) False | (B) False | p. 74 |
A skeleton that is determined to be from a person who died in 1990 would be considered to be contemporary, and possibly of medicolegal significance: (A) True (B) False | (A) True | p. 63 |
The os coxae of nonhumans can be distinguished from humans by the: (A) Narrow ilium (B) Elongate shape (C) Wide pubis (D) All of the above | (D) All of the above | p. 63 |