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Forensic Physics: Quick Fire Quiz

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Forensic Physics: Quick Fire Quiz

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Test your forensic physics know-how.

Created by

Devi S
Devi S
India

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Forensic Physics: Quick Fire Quiz
 

Forensic Physics: Quick Fire QuizOnline version

Test your forensic physics know-how.

by Devi S
1

What technique is commonly used to measure the refractive index of glass fragments in forensics?

2

Which fracture type marks direction of fracture propagation in glass?

3

What is the 3R rule in glass fracture analysis primarily about?

4

Which imaging approach helps compare glass fragment densities and refractive properties?

5

Which method best helps determine glass thickness in forensic cases?

6

Which technique identifies elemental composition in paint traces?

7

What is the primary purpose of analyzing paint with Py-GC/MS?

8

Which soil property is most useful for forensic soil comparison?

9

Which soil test involves suspending particles in liquids of different densities?

10

What is a key signal of carbonate minerals in soil during a reaction test?

11

Which pigment class do azo compounds belong to?

12

Which soil type holds water best among clays, silts, and sands?

13

Which soil type is typically well-drained and dense when wet?

14

Which solvent is commonly used to extract binders in paint analysis?

15

In paint analysis, what does thin layer chromatography (TLC) study?

16

What factor most influences soil color in well-drained environments?

17

Which glass type is known for high refractive index and decorative use?

18

What does UV fluorescence indicate in glass examination?

19

Which method best distinguishes glass fragments from different origins?

20

What does Becke line disappearance help determine?

21

Which technique analyzes trace elements in glass fragments?

22

What marks the direction of a projectile in glass fractures?

23

Which property differentiates 90-degree cord tyres in forensics?

24

Which method most discriminates paint samples in forensic analysis?

25

What is the main purpose of binders in paint?

26

Which field analyzes why things fail in forensic engineering?

27

In ballistics, what is the main focus of the forensic science?

28

Which fiber test shows solvent sensitivity by swelling or appearance change?

29

What does microscopic paint examination primarily identify?

30

Which soil color typically suggests well-drained soils with iron oxide?

31

Which IMG technique helps to identify organic pigments in paint?

32

What does the density distribution analysis of soil particles explore?

33

What is the role of additives in paint analysis?

34

Which technique best studies pigment distribution under a microscope?

35

Which fracturing mark type indicates the plane of fracture front progression?

36

In forensic glass, what does the absence of a Becke line suggest?

37

Which field tests for projectile velocity using fracture patterns?

38

Which property helps to confirm if two glass fragments come from the same object?

39

What does GC-MS primarily analyze in paint studies?

40

Which material analysis method is highly discriminating for glass fragments?

Feedback

Phase-contrast plus hot stage is the standard non-destructive method for RI in glass.

Hackle markings point to the propagation path of fractures.

3R summarizes radial, rib, and right-angle relationships in fractures.

Becke line shifts help compare refractive indices in glass pieces.

A micrometer provides direct thickness readings of glass fragments.

XRF gives elemental data for paint layers.

Py-GC/MS analyzes binder components and plasticizers to distinguish samples.

Particle size distribution helps differentiate soils from different sources.

Density-based separation reveals particle density distributions.

Fizzing indicates carbonate reaction with acids.

Azo pigments are an organic pigment class.

Clay has high water retention due to structure.

Clay's structure causes density and poor drainage when wet.

Turpentine dissolves many oil-based binders.

TLC separates soluble components to identify dyes/solvents.

Iron oxide primarily determines color in well-drained soils.

Lead glass has a high refractive index, common in decorative glass.

UV fluorescence can reveal additives not visible under normal light.

RI and density are primary discriminators for glass origins.

Becke line behavior in a liquid-immersion setup reveals RI.

ICP-MS is highly discriminating for trace elements.

Radial fractures extend outward from impact toward the direction of travel.

90-degree orientation is characteristic of one tyre type.

Microscopic features aid matching beyond chemistry.

Binders create film and adhesion for pigments.

Forensic engineers study failure mechanisms in structures/components.

Ballistics centers on firearms-related evidence.

Solubility tests reveal solvent interactions with fibers.

Microscopy compares physical features for matching samples.

Iron oxide imparts red/orange hues in well-drained soils.

Raman excels at organic pigment identification.

Density distributions reveal how particles settle in different liquids.

Additives tailor properties like flow, texture, and appearance.

Microscopic dispersion visualizes pigment locations and arrangement.

Radial fractures radiate from the impact point.

Disappearance implies similar refractive index to the medium.

Ballistics uses physics of projectiles and fractures.

Identical RI supports common origin when other factors align.

GC-MS targets organic components; used with Py-GC/MS for binders.

ICP-MS offers sensitive multi-element profiling for discrimination.

 
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