Practice with mock tests, learn from structured notes, and get your questions answered by a global forensic community, all in one place.
Free, timed forensic mock tests for NFSU FACT, UGC-NET and university entrances. Instant scoring, per-question explanations and a topic breakdown after every attempt.
Access
This medium-difficulty UGC-NET Forensic Science Paper II Unit IX drill covers the forensic examination of reproduced documents and the use of the Video Spectral Comparator 8000 (VSC-8000, Foster + Freeman) in questioned document work. The set opens with the differentiation of photocopies, laser prints, and inkjet prints by their toner or ink deposition signatures, fusing characteristics, and microscopic surface features examined under oblique and transmitted illumination. Banding artefacts, drum defects, and fuser roller marks are examined as class and individual characteristics that can link a questioned print to a specific machine. The Machine Identification Code (MID) yellow dot array printed by colour laser printers, documented by the Electronic Frontier Foundation in their 2005 research, is tested as a hidden tracking feature that encodes printer serial number and print date-time in a steganographic dot pattern visible under blue or UV illumination. VSC-8000 capabilities are covered in depth: ultraviolet illumination at 254 nm and 365 nm, infrared reflectance across 700 to 1000 nm, infrared luminescence for ink differentiation, oblique illumination for indented writing detection, and transmitted illumination for watermark and substrate analysis. The distinction between IR reflectance and IR luminescence is a key medium-difficulty discriminator tested across four questions. Electrostatic Detection Analysis (ESDA, Foster + Freeman) workflow for recovering indented writing impressions is covered including the Mylar film transfer, charging sequence, and toner cascade. ABFO (American Board of Forensic Odontology) standard reproduction photography rules for questioned document photography are addressed. The set closes with BSA 2023 Section 63 (replacing Section 65B Indian Evidence Act 1872) governing admissibility of electronic and reproduced documents, with reference to CFSL Kolkata QD section and GEQD Shimla practice. Aimed at UGC-NET Forensic Science Paper II aspirants targeting Unit IX (Questioned Documents), NFSU MSc Forensic Science students with a document examination specialisation, FACT aptitude candidates, and trainees at CFSL Kolkata QD section and GEQD Shimla. Topics covered: - Photocopy, laser, and inkjet print identification by toner and ink signatures - Banding, drum defects, and fuser roller marks as class and individual characteristics - MID yellow tracking dot array: EFF 2005 research, encoding, UV detection - VSC-8000 UV 254/365 nm, IR 700-1000 nm, IR luminescence, oblique, transmitted - IR reflectance versus IR luminescence for ink differentiation - ESDA workflow: Mylar transfer, electrostatic charging, toner cascade - ABFO reproduction photography standards for questioned document imaging - BSA 2023 Section 63 admissibility of electronic and reproduced documents Work through each question before reading the explanation, and revisit every wrong answer against the cited Hilton, Ellen Day Davies, Foster + Freeman VSC-8000 technical documentation, and BSA 2023 references. Allow 30 minutes.
5 attempts · avg 35%
UGC-NET Forensic Science Unit X drill on skeletal remains identification and anthropological analysis. Covers bone vs non-bone discrimination using gross morphology and microstructure, human vs animal differentiation through cortical thickness and Haversian canal density as described by Mulhern and Ubelaker (Journal of Forensic Sciences, 2001), gross anatomy of the skull, vertebral column, long bones, ribs, and pelvis, and the standard count of 206 bones in the adult human skeleton distributed as 80 axial and 126 appendicular. The biological profile module tests sex estimation, age-at-death, stature reconstruction, and ancestry determination, all pillars of forensic anthropological casework as codified in Bass (Human Osteology: A Laboratory and Field Manual, 5th edition) and White, Black, and Folkens (Human Osteology, 3rd edition). The Indian forensic context is central: AIIMS Delhi performs forensic anthropological analysis in medico-legal cases, and the CFSL Kolkata anthropology section handles skeletal evidence submitted by state police and CBI. Questions also address burnt bone colour sequences tied to temperature (brown at low heat, blue-grey at intermediate, calcined white above 700 degrees Celsius), the distinction between cremation, decomposition, and maceration, and field recovery protocols including grid search, mapping, individual labelling, and use of paper bags for packaging, consistent with Krogman and Iscan (The Human Skeleton in Forensic Medicine, 2nd edition). Topics covered: - Bone vs non-bone: gross morphology, trabecular structure, density - Human vs animal: Haversian canal density and cortical thickness - Gross anatomy: skull, vertebrae, long bones, ribs, pelvis - 206 bones in the adult skeleton: axial (80) and appendicular (126) - Cremation vs decomposition vs maceration - Burnt bone colour sequence: brown, blue-grey, calcined white - Biological profile: sex, age, stature, ancestry estimation - Scene recovery: grid search, mapping, paper bags, individual labelling Calibrated for first-pass UGC-NET Forensic Science Paper II Unit X preparation and NFSU MSc Forensic Anthropology entrance revision. Allow 30 minutes.
Stature estimation from skeletal remains is one of the four pillars of the biological profile in forensic anthropology, alongside sex, age, and ancestry. This drill covers the full protocol: osteometric board measurements of maximum length on the femur, tibia, fibula, humerus, radius, and ulna; the regression-based methods of Trotter and Gleser (1952, 1958, 1977 corrections) for American White and Black males and females; the older Pearson (1899) formula developed on French and Belgian skeletal collections; and the India-specific formulae by Pan (1924) for Hindu males, Saxena (1984) for north Indian bones published in the Indian Journal of Medical Research, and Sahni and colleagues whose work established population-calibrated equations for north and northwest Indian adults. Questions probe the osteometric landmark protocol on the femur bicondylar vs maximum length distinction, which bones produce the tightest standard error of estimate, what population limits Trotter-Gleser, how Pan differs from Saxena in sample base, and how the Steele method handles fragmentary diaphyseal segments when neither epiphysis is intact. Aimed at UGC-NET Forensic Science Paper II aspirants targeting Unit X (Physical Anthropology and Forensic Anthropology), NFSU MSc students, AIIMS Delhi forensic medicine postgraduates, and CFSL and state FSL staff working skeletal identification casework. The Indian Journal of Forensic Medicine and Toxicology (IJFMT), Journal of the Indian Academy of Forensic Medicine (JIAFM), and NICFS Delhi training materials form the primary Indian-context reference base alongside Bass (Human Osteology, 5th ed) and Krogman and Iscan (The Human Skeleton in Forensic Medicine, 2nd ed). Topics covered: - Osteometric board protocol: maximum length, physiological length, landmark definitions - Bone selection: relative accuracy of femur, tibia, humerus, radius, ulna - Trotter-Gleser 1952 and 1958 formulae: population groups, correction factors, 1977 revision - Pearson 1899 method: French-Belgian sample base and population limitations - Pan 1924 formulae for Indian Hindu males - Saxena 1984 Indian north Indian population equations and IJMR publication - Sahni Indian formulae and comparison with Saxena - Steele method for fragmentary long-bone diaphyses - Combined multi-bone regression and allometric approaches - Indian DFSS and NICFS guidelines for skeletal stature estimation Allow 30 minutes.
This UGC-NET Forensic Science Paper II Unit X set drills the core competencies of gunshot wound interpretation: distinguishing entry from exit, calibrating range from skin markings, reading bone bevelling, and applying the legal provisions that govern homicide by firearm in India. Entry wounds carry an abraded collar (ring of abrasion produced when the bullet compresses and drags skin inward), a grease or dirt ring deposited by the bullet's surface, and clean punched-out edges. Exit wounds are typically larger, irregular or stellate, and lack both the abraded collar and the grease ring because the bullet exits expanding into unsupported tissue. At contact range the muzzle gas enters the wound track, producing muzzle imprinting on skin and stellate laceration at bone-backed sites such as the scalp over the skull. Stippling consists of unburnt or semi-burnt powder granules physically embedded in the skin and cannot be washed off, placing the muzzle within approximately 60 cm depending on weapon and ammunition. Tattooing refers to the permanent pigment deposit from burning powder; the two terms are frequently confused in exam contexts and are central distractors in this set. Beyond 60 cm, only soiling from propellant residue and soot may be present, fading entirely at distant range where only the entry and exit wound morphology remain. Skull bevelling is examined in detail: the inner table at entry bevels inward (external table impact surface larger, internal table smaller), and the inner table at exit bevels outward. This direction is the single most reliable radiological indicator of bullet direction through bone when the body is skeletonised. The Indian forensic medicine context is anchored throughout: Modi's Medical Jurisprudence and Toxicology (24th edition, LexisNexis) is the primary Indian reference; K.S. Narayana Reddy's Concise Textbook of Forensic Medicine and Toxicology (35th edition) provides regional supplementary anchoring; AIIMS Delhi's forensic medicine department has published case series on entry-exit differentiation. The legal dimension covers BNS 2023 Section 109 (culpable homicide amounting to murder, corresponding to IPC 1860 Section 302) and BNS 2023 Section 109 read with Section 107 (attempt, corresponding to IPC Section 307). CFSL New Delhi and state FSLs use the Modified Griess test (dimethylaniline-based) for nitrite detection in GSR and the sodium rhodizonate test for lead detection on skin or clothing, cross-linking ballistics and pathology. Topics covered: - Entry vs exit wound: abraded collar, grease ring, size, and edge morphology - Abraded collar: formation mechanism, width, and diagnostic significance - Stippling vs tattooing vs soiling: range markers and their washability - Contact wound: muzzle imprint, stellate laceration, and bone-backed sites - Range determination: contact, close, intermediate, and distant categories - Skull bevelling: direction at entry and exit through the inner and outer tables - Bullet recovery protocol: radiography, surgical extraction, and chain of custody - BNS 2023 Sections 109 and 107; IPC 1860 Sections 302 and 307 Work through all 30 questions before reviewing the explanations. Allow 30 minutes.
This mock test covers two interlocking pillars of Unit VIII of the UGC-NET Forensic Science Paper II syllabus: the science of speaker comparison and the Indian legal framework for admitting voice recordings in court. Questions probe the aural-spectrographic method (Tosi 1971 MSU study, narrow-band vs wide-band spectrograms, NAS 1979 critique), the evolution of automatic speaker recognition from GMM-UBM (Reynolds 2000) through i-vector (Dehak 2011) and x-vector (Snyder 2018) to deep speaker embeddings (d-vector), closed-set vs open-set identification tasks, the 1:N vs 1:1 distinction, the Bayesian likelihood ratio (LR) framework per ENFSI and IAFPA guidelines, and forensic casework involving tapped calls, ransom calls, and threat calls intercepted under Section 5(2) of the Indian Telegraph Act, 1885. The Indian law strand runs through the real judgments that govern this area: Selvi v State of Karnataka (2010) 7 SCC 263 on Article 20(3) and Article 21 bars to involuntary testimonial compulsion; Ritesh Sinha v State of UP (2019) 8 SCC 1 on the Constitution Bench clarification of magistrate power to compel voice samples; State of Bombay v Kathi Kalu Oghad (1961) 3 SCR 10 on the testimonial vs non-testimonial distinction; Anvar P.V. v P.K. Basheer (2014) 10 SCC 473 on the mandatory Section 65B certificate (now Section 63 BSA 2023); and Arjun Panditrao Khotkar (2020) 7 SCC 1 overruling the Shafhi Mohammad relaxation. Expert admissibility under Section 45 IEA 1872 (now Section 39 BSA 2023), CFSL audio-forensics practice at Hyderabad, Chandigarh, and Kolkata, and the Daubert vs Frye contrast for comparative context round out the coverage. Topics covered: - Tosi 1971 aural-spectrographic method, NAS 1979 critique, narrow-band vs wide-band spectrograms - GMM-UBM (Reynolds 2000), i-vector (Dehak 2011), x-vector (Snyder 2018), d-vector deep embeddings - MFCCs and vocal tract encoding; closed-set vs open-set ID; speaker ID (1:N) vs verification (1:1) - Bayesian LR framework: P(E|Hp)/P(E|Hd); ENFSI verbal equivalence scale; IAFPA validation gate - Selvi v Karnataka (2010): Article 20(3)+21, testimonial vs non-testimonial compulsion - Ritesh Sinha v UP (2019): magistrate implied power; voice sample as non-testimonial - Kathi Kalu Oghad (1961), Anvar P.V. (2014), Arjun Panditrao (2020): Section 63 BSA certificate - Section 63 BSA 2023 / IEA 65B certificate; Telegraph Act Section 5(2); Daubert vs Frye Allow 30 minutes.
UGC-NET Forensic Science Paper II Unit X drill on mechanical injury classification. Covers the five cardinal wound types: abrasion (graze, scratch, pressure, impact), contusion with its sequential colour change timeline from red-blue through green to yellow, laceration from blunt force with intact tissue bridges and irregular margins, incised wound where length exceeds depth from a sharp edge, and stab wound where depth exceeds length. Chop wounds from heavy sharp instruments such as an axe or sword are examined alongside defence wounds on the forearms and palms. The antemortem versus postmortem distinction is tested through vital reaction signs and haemorrhage criteria established in Modi's Medical Jurisprudence and Toxicology (latest edition) and Reddy's The Essentials of Forensic Medicine and Toxicology (35th edition). Classification of simple and grievous hurt under Section 117 of the Bharatiya Nyaya Sanhita (BNS) 2023 (formerly Section 320 IPC 1860) is tested alongside the broader classification of wounds into mechanical, thermal, and electrical categories. Wound documentation including location, size in centimetres, shape, direction, and orientation relative to anatomical landmarks is covered per Knight and Saukko's Forensic Pathology (4th edition) and AIIMS Delhi forensic medicine departmental practice. Calibrated for MSc Forensic Science aspirants, MBBS students preparing for medicolegal postings, and UGC-NET Forensic Science Paper II first-pass revision. Aligns with NFSU MSc entrance syllabus and FACT paper requirements. Topics covered: - Abrasion types: graze, scratch, pressure, and impact abrasion - Contusion colour timeline: red, blue, green, and yellow sequence over days - Laceration: blunt force, irregular margins, and intact tissue bridges - Incised wound vs stab wound: length-depth ratio distinction - Chop wound: features of heavy sharp instrument injuries - Defence wounds: ulnar forearm, palm, and dorsum of hand locations - Antemortem vs postmortem wound: vital reaction and haemorrhage signs - BNS 2023 Section 117 (formerly IPC 320): simple vs grievous hurt Allow 30 minutes.
attempts ·
This mock tests precision knowledge of skull superimposition and forensic facial reconstruction as examined in UGC-NET Forensic Science Paper II Unit X. Questions span the video superimposition workflow (geometric registration, landmark overlay, mixed-modal 2D-to-3D comparison), craniometric landmark definitions (nasion, glabella, gonion, gnathion, zygion, orbitale, infraorbital foramen), the Manchester three-dimensional anatomical method developed by Richard Neave and codified by Caroline Wilkinson, the Russian Gerasimov anatomical method with its osteological individualisation principle, AnthropoScope (Gerasimov Laboratory, Russian Academy of Sciences), FACES composite software (American witness-identification system), tissue-depth databases across American, European, and South Asian populations, the combination Manchester-American approach, three-dimensional CT-based photogrammetric reconstruction, and the admissibility framework under Section 45 IEA 1872 / Section 39 BSA 2023 and the government expert report provision under Section 293 CrPC 1973 / Section 336 BNSS 2023. The Indian dimension is integral to this mock. The Kallur 1996 cadaver study and the Sahni 2002 tissue-depth data provide the South Asian population-specific landmark depth values used in Indian reconstruction casework. Casework conducted at AIIMS Delhi and CFSL Kolkata illustrates how superimposition evidence is assembled and tendered in Indian criminal proceedings. The significance of the Talwar casework as establishing skull superimposition opinion as admissible expert evidence under Section 45 IEA is tested directly. Every question is calibrated to hard difficulty: all four options are genuine student mistakes and distractors differ on a single parameter -- Manchester vs Gerasimov vs combination, AnthropoScope vs FACES, gonion vs zygion vs gnathion, Kallur vs Sahni, Section 45 vs Section 293. Topics covered: - Video superimposition: geometric registration, mixed-modal 2D-3D overlay - Craniometric landmarks: nasion, glabella, gonion, gnathion, zygion, orbitale, infraorbital foramen - Manchester method: anatomical muscle reconstruction, Richard Neave, Caroline Wilkinson - Gerasimov method: osteological individualisation, The Face Finder, AnthropoScope - Tissue depth databases: American (Gatliff-Snow), European, South Asian (Kallur 1996, Sahni 2002) - Combination Manchester-American approach and CT-based photogrammetric reconstruction - FACES (composite) vs AnthropoScope (skull-based) software distinction - Indian casework: AIIMS, CFSL Kolkata, Talwar case, Section 45 IEA / Section 39 BSA 2023 Allow 30 minutes.
This mock drills the medicolegal framework for sexual offences in India, from the statutory language of BNS 2023 Section 63 (the successor to IPC 375) through the graduated punishment scheme in Sections 64-71, the child-protection architecture of POCSO Act 2012 and POCSO Rules 2020, and the landmark jurisprudence that reshaped clinical examination practice. The Nirbhaya Criminal Law Amendment Act 2013 extended the offence catalogue to voyeurism, stalking, and sexual harassment under Sections 354A-D IPC (now BNS 75-79). The Supreme Court in Lillu v State of Haryana (2013) 14 SCC 643 banned the two-finger test as a violation of the survivor's dignity and inadmissible as evidence of habituation. The Modified Goa Medical Protocol defines the current examination standard at One Stop Centres (OSCs) across India, and the Sexual Assault Examination Kit (SAEK) standardises evidence collection. Questions test near-neighbour distinctions that mid-level aspirants frequently confuse: BNS 63 versus BNS 64 versus BNS 65; POCSO Section 4 versus Section 6; Section 53A CrPC 1973 versus Section 54 BNSS 2023 for the medical examination of the accused. Aimed at UGC-NET Forensic Science Paper II aspirants covering Unit X (forensic medicine and medicolegal practice), NFSU MSc Forensic Medicine students, MBBS graduates preparing for medico-legal work at AIIMS or OSCC-linked hospitals, and candidates for state forensic medical officer posts. The set builds working knowledge of how statute, protocol, and case law interact in sexual offence casework. Topics covered: - BNS 2023 Section 63 -- six conditions constituting rape; successor to IPC 375 - BNS Sections 64-71 -- punishment tiers, aggravated rape, gang rape, marital exception - POCSO Act 2012 Sections 3-10 -- penetrative and aggravated penetrative sexual assault on children - Criminal Law Amendment 2013 -- voyeurism, stalking, acid attack, sexual harassment - Lillu v State of Haryana 2013 -- two-finger test ban, hymen examination as obsolete - Modified Goa Medical Protocol -- examination steps, consent, documentation, SAEK - BNSS 2023 Section 54 and CrPC 53A -- medical examination of the accused in rape cases - Aparajita Bill 2024 and Disha Act 2019 -- state-level legislative responses Allow 30 minutes.
Sex and age determination from skeletal remains sits at the core of UGC-NET Forensic Science Paper II Unit X and is the backbone of every forensic anthropology practical. This mock drills the full toolkit: subpubic angle (male 50-60 degrees, female 80-85 degrees), greater sciatic notch width (narrow in males, wide in females), pelvic inlet shape, ischial spine projection, the Phenice (1969) three-trait method using ventral arc, subpubic concavity, and ischiopubic ramus ridge, and skull traits including glabella, mastoid process, supra-orbital ridge, occipital protuberance, and mandibular robusticity. For age, the set covers Gustafson (1950) six dental histological criteria (attrition, periodontosis, secondary dentin, cementum apposition, root resorption, root transparency), Demirjian (1973) radiographic tooth-development staging for children, the Suchey-Brooks six-phase pubic symphysis method, Iscan rib-end metamorphosis, epiphyseal fusion sequences at the clavicle and iliac crest, and cranial suture closure as a rough adult age bracket. Indian-population calibration is integral to the mock. Krogman and Iscan's The Human Skeleton in Forensic Medicine (2nd edition) remains the foundational reference. Saxena (1984) and Pillai (1934) published India-specific pelvic metric standards that shift the cutoffs used for sex determination when applying population-specific regression equations in Indian casework. AIIMS Delhi forensic anthropology work and Bass's Human Osteology round out the applied references. Questions distinguish near-neighbour distractors: Phenice versus Suchey-Brooks, Gustafson versus Demirjian, subpubic angle degree ranges, and specific epiphyseal fusion ages at different skeletal sites. Topics covered: - Sex determination from pelvis: subpubic angle, sciatic notch, pelvic inlet - Phenice (1969): ventral arc, subpubic concavity, ischiopubic ramus ridge - Sex from skull: glabella, mastoid process, supra-orbital ridge, mandible - Gustafson (1950): six dental histological criteria for adult age estimation - Demirjian (1973): eight-tooth radiographic staging for children - Suchey-Brooks: six-phase pubic symphysis age progression in adults - Iscan rib-end method and epiphyseal fusion sequences - Indian-population calibration: Saxena, Pillai, Krogman and Iscan Work through each question before reading the explanation, and revisit every wrong answer against the Krogman and Iscan, Bass, White Black and Folkens, Gustafson, and Demirjian references cited. Allow 30 minutes.
UGC-NET Forensic Science Unit X drill covering the sequence and medico-legal interpretation of post-mortem changes. The mock addresses algor mortis (body cooling at 0.83 to 1 degree Celsius per hour under standard ambient conditions), livor mortis (post-mortem hypostasis, onset 1 to 3 hours, fixation 6 to 12 hours), rigor mortis (onset 2 to 4 hours, fully established 6 to 12 hours, and resolution at 24 to 36 hours in the Indian climate), putrefaction (green discolouration beginning at the right iliac fossa, marbling of superficial veins, and bloating), adipocere formation (saponification of body fat in humid or waterlogged conditions over weeks to months), and mummification (desiccation in dry hot environments). Stomach content gastric emptying patterns and the progressive rise of potassium in vitreous humour (vitreous K+) as a biochemical marker of post-mortem interval are also covered. The Indian context is woven throughout. Rigor timings reflect the accelerated cycle observed in the Indian tropical climate. The legal framework cites Section 194 of the Bharatiya Nagarik Suraksha Sanhita (BNSS) 2023, which replaces Section 174 of CrPC 1973, governing inquest and post-mortem examination orders. References draw on Modi's Medical Jurisprudence and Toxicology (latest edition edited by K.S. Narayana Reddy, 35th edition), Reddy K.S. Narayana's own Essentials of Forensic Medicine and Toxicology, and Knight and Saukko (Knight's Forensic Pathology, 4th edition). AIIMS Delhi and GMC mortuary practice standards underpin several questions on the sequence and documentation of post-mortem changes. Topics covered: - Immediate signs of death: cessation of respiration, circulation, and brain activity - Algor mortis: body cooling rate and environmental factors - Livor mortis: onset, distribution, fixation, and investigative significance - Rigor mortis: onset, progression, resolution, and Indian climate timings - Putrefaction: green discolouration at right iliac fossa, marbling, bloating - Adipocere and mummification: conditions, timeline, and forensic value - Stomach contents and gastric emptying as post-mortem interval indicators - Vitreous humour potassium rise as a biochemical PMI marker Calibrated for first-pass UGC-NET Forensic Science Paper II preparation, NFSU MSc Forensic Medicine entrance, and AIIMS MSc Forensic Science revision. Allow 30 minutes.
This set drills the quantitative and semi-quantitative methods used to estimate post-mortem interval (PMI) in forensic medicine. Newton's Law of Cooling underpins algor mortis-based estimation: rectal temperature falls from 37 degrees Celsius toward ambient at a rate governed by body mass, clothing, and environmental conditions, and the Henssge nomogram (1988, Forensic Science International) converts rectal temperature, ambient temperature, and body weight into a 95%% confidence interval for PMI, with body-weight correction factors (Cf) for clothing, substrate, and air movement. Vitreous humour potassium (K+) rises post mortem through ion-pump failure, and the Madea formula (PMI in hours = 5.26 x [K+] mmol/L minus 30.9) provides a chemical PMI estimate usable up to 120 hours, with a coefficient of variation of roughly plus or minus 15 hours. Gastric emptying (2 to 6 hours for a mixed meal) frames last-meal timing. Rigor mortis passes through onset, full rigidity, and resolution in 8 to 36 hours in temperate conditions; Indian tropical heat compresses this cycle significantly. Livor mortis becomes fixed (non-blanchable) between 8 and 12 hours, providing a body-position marker. Putrefaction begins at the right iliac fossa within 24 to 48 hours in Indian summer climates. Adipocere and mummification are long-PMI markers seen in weeks to months. Entomological PMI uses accumulated degree days (ADD) on blowfly life-cycle tables. BNSS 2023 Section 194 (replacing CrPC Section 174) governs inquest procedure and PM timing. Aimed at UGC-NET Forensic Science Paper II candidates targeting Unit X (Forensic Medicine), AIIMS Delhi and NFSU MSc students, MBBS candidates preparing for legal medicine, and CFSL and state medico-legal officers. Topics covered: - Newton's Law of Cooling and algor mortis: rectal temperature fall rate and influencing factors - Henssge nomogram 1988: body weight, rectal and ambient temperature, correction factor Cf - Vitreous K+ Madea formula: PMI = 5.26 x [K+] minus 30.9, range and error margins - Gastric emptying as a PMI clock: 2-6 hours and forensic caveats - Rigor mortis timeline in Indian climate: compressed cycle in tropical heat - Livor mortis fixation: 8-12 hours and body-position change detection - Putrefaction onset at right iliac fossa: 24-48 hours - Adipocere and mummification: long-interval PMI markers - Entomological PMI: accumulated degree days (ADD) method - BNSS 2023 Section 194 inquest procedure and PM timing Allow 30 minutes.
UGC-NET Forensic Science Unit X drill on the medico-legal classification of death. Covers the triad of cause of death, mechanism of death, and manner of death as defined in Modi's Medical Jurisprudence and Toxicology and Reddy's Essentials of Forensic Medicine and Toxicology (35th ed). The three classical modes of death, coma, syncope, and asphyxia, are tested at the definitional and post-mortem-finding level. The five NAME manners (Natural, Accidental, Suicidal, Homicidal, Undetermined) and their medicolegal significance are covered alongside the Indian legal framework: BNSS 2023 Section 194 (replacing CrPC 1973 Section 174 on inquest by Executive Magistrate), and the homicide provisions of the Bharatiya Nyaya Sanhita (BNS) 2023, specifically Section 100 (culpable homicide, formerly IPC 1860 Section 299) and Section 101 (murder, formerly IPC 1860 Section 300). This mock is built for MSc Forensic Science students at AIIMS Delhi, KEM Mumbai, and NFSU Gandhinagar preparing for UGC-NET Paper II, and for candidates appearing in FACT and state PSC forensic pathology papers. The Indian death-certification process under the Registration of Births and Deaths Act and the Medical Certificate of Cause of Death (Form 4) are tested alongside WHO ICD-10 coding basics for underlying, immediate, and intermediate causes. The post-mortem report layout expected under BNSS 2023, and the distinction between a police inquest and a magistrate's inquest, complete the statutory coverage. Topics covered: - Cause, mechanism, and manner of death: definitions and distinctions - Three classical modes of death: coma, syncope, and asphyxia - NAME manners: Natural, Accidental, Suicidal, Homicidal, Undetermined - BNSS 2023 Section 194 inquest (formerly CrPC 174) and magistrate's role - BNS 2023 Sections 100 and 101: culpable homicide and murder provisions - Post-mortem signs distinguishing coma, syncope, and asphyxia - Death certification and Medical Certificate of Cause of Death (Form 4) - WHO ICD-10 classification: underlying, intermediate, and immediate cause coding Allow 30 minutes.
Showing 12 of 236 tests
9 attempts · avg 52%
5 attempts · avg 64%