Dear Readers, Welcome to Social Preventive Medicine Objective Questions and Answers have been designed specially to get you acquainted with the nature of questions you may encounter during your Job interview for the subject of Social Preventive Medicine Multiple choice Questions. These Objective type Social Preventive Medicine Questions are very important for campus placement test and job interviews. As per my experience good interviewers hardly plan to ask any particular question during your Job interview and these model questions are asked in the online technical test and interview of many Medical Industry.
a) Neuman and Virchow
b) Robert Grotjahrr
c) John Ryle
d)Rene sand
Ans:a
a) BR- 29/1000
b) per capita annual income - Rs. 2594
C) Life Expectancy - 66.6 years
d) Female literacy rate-65%.
Ans:b
a) John Snow
b) Chadwick
c) Winslow
d) John Howard
Ans:b
a)Life Expectancy , gross national product and per capita income
b)Education ,social status and life expectancy
c)Per capita income, education and life expectancy
d) Education, life expectancy and purchasing power
Ans:c
a) Active surveillance
b) Passive surveillance
c) Sentinel surveillance
d) Contact tracing
Ans:c
a) Polio
b) Malaria
c) Viral encephalitis
d) Relapsing fever
Ans:c
a) Ergonomics
b) Social physiology
c) Ecology
d) Social pathology
Ans:c
a)Prevention of diseases among-the hill - dwelling and tribal people
b)Prolongation of human life span to the maximum extent
c)Promotion of health, well-being and efficiency
d)Prevention of diseases through modification of their risk factors.
Ans:d
a) System of social relationship between individuals
b) Social relationship between families
c) intervention of individuals and people
d) relationship of individual, family and the country
Ans:a
a) Health promotion
b) Specific protection
c) early diagnosis and treatment
d) disability limitation.
Ans:d
a) Chicken Pox
b) yellow fever
c) malaria
d) Rabies
Ans:a
a) Literacy rate
b) per capita GNP
c) IMR
d) life expectancy at 1 yr.
Ans:b
a) Gross net production
b) IMR
C) Annual per capital income of the family
d) Death rate
Ans:c
a) Health promotion
b) Specific protection
c) Early diagnosis and treatment
d) Disability limitation.
Ans:b
a) Health promotion
b) Treatment
c) Specific protection
d) Rehabilitation.
Ans:c
a) Of incubatory processes only
b) Which begins with the entry of disease causing agent
c) Of subclinical manifestation
d) Preliminary to the onset of disease in man
Ans:b
a) Better treatment of a problem
b) Critical awareness and life style changes
c) Adoption of prophylactic services
d) Better health services usage
Ans:b
a) Risk of susceptibility
b) Usually expressed as percentage
c) Time period in a calendar year
d) disease occurrence in a specified time period
Ans:b
a) Disability - Adjusted life year
b) Case fatality rate
c) Life Expectancy
d) Age- Specific incidence rate.
Ans:a
a) Chemoprophylaxis
b) Early diagnosis and treatment
c) Influenza
d) Immunoprophylaxis
Ans:b
a) Influenza
b) Polio
c) Hepatitis
d) Chicken pox
Ans:d
a) Health promotion
b) Specific protection
c) Early diagnosis and treatment
d) Rehabilitation
Ans:b
a) Ascertaining the prognosis of a disease
b) Eradication of a disease
c) Preventing epidemics
d) Intervening in the natural history of a disease
Ans:d
a) Small pox
b) Rabies '
c) Plague
d) Cholera
Ans:d
a) Health is considered a state responsibility
b) No satisfactory definition of well being
c) It sets standards of 'positive' health to be attained by all people
d) Utopic rather than realistic goal
Ans:c
a) To know the total number of cases
b) Eor health planning
c) To know the natural history of the disease
d) To prevent the disease.
Ans:a
a) proportional mortality rate
b) specific mortality rate
c) case fatality ratio
d) amount of GDP spent on the disease
Ans:c
a) It is a proportion
b) Includes death in all age groups
c)Can be used to compare mortality between 2 countries
d)No. of deaths in a year/Mid year pop x 1000.
Ans:c
a) State medicine
b) Social therapy
c) Social medicine
d) Social insurance programme.
Ans:c
a) Germany
b) Great Britain
c) Russia
d)U. S. A.
Ans:a
a) malaria
b) Tuberculosis
c) filariasis
d) relapsing fever
Ans:a
a) Infant mortality rate
b) Material mortality rate
c) Physical quality of life index
d) death rate
Ans:c
a) Primary level of prevention
b) Secondary level of prevention
c) Tertiary level of prevention
d) None of the above.
Ans:b
a) Sydenham
b) Virchow
c) Harvey
d) Van Leeuwenhoek
Ans:d
a) Life expectance at 1 year
b) Infant mortality rate
c) Life expectancy at birth
d) Literacy rate
Ans:c
a) Primordial prevention
b) primary prevention
c) Secondary prevention
d) Tertiaiy prevention .
Ans:a
a) Varicella
b) cholera
c) malaria
d) influenza
Ans:b
a) primary prevention
b) secondary prevention
c) tertiary prevention
d) quartemary prevention.
Ans:b
a) Rabies
b) Influenza
c)TMalaria
d) Varicella
Ans:d
a) It is revised once in 10 years
b) It was devised by UNICEF
c)The 10lb revision consists of 21 major chapters.
d)It is accepted for National and International use
e)It provides the basis for use in other health fields.
Ans:b
a) Relapsing fever
b) Malaria
c) Plague
d) Tuberculosis.
Ans:d
a) Screening
b) Monitoring
c) Active surveillance
d) Continuous surveillance
Ans:c
a) Malaria
b) Polio
c) Varicella
d) Influenza
Ans:c
a) Specific protection
b) Early diagnosis and prompt treatment
c) Disability limitation
d) Rehabilitation.
Ans:d
a) Active surveillance
b) Sentinel surveillance
c) Passive surveillance
d) Monitoring.
Ans:b
a) Control
b) Prevention
c) Eradication
d) Surveillance
Ans:a
a) Delivery of curative care only
b) Health promotion
c) Prevention, control or eradication of disease
d) Treatment
and rehabilitation
Ans:b
a) primordial prevention
b) specific protection
c) secondary prevention
d) high risk strategy
Ans:a
a) Housing
b) Education
c) Income
d) Occupation.
Ans:a
a) Epidemic typhus
b) Relapsing fever
c) Plague
d) Cholera
Ans:d
a) Pettenkofer
b) John Snow
c) Lemuel Shattuk
d) Edwin Chadwick
Ans:a
a) Life free of disability
b) Pregnancy rate per HWY
c) Hook worm eggs/gm of stool
d) Standard of living
Ans:a
a) Louis Pasteur
b) Edward Jenner
c)Salk
d) Sabin
Ans:a
a) Primary prevention
b) Primordial prevention
c) Secondary prevention
d) Tertiary prevention
Ans:c
a) Exotoxin
b) Endotoxin
c) Both
d) None.
Ans:a
a)BCG
b)OPV
c) smallpox
d) all of the above
Ans:
a) 100 C for 1 hour
b) 160 C for 30 min
c)120C
d) 160 C fori hour
Ans:d
a) comparability
b) accuracy
c) validity
d) sensitivity
Ans:a
a) Relative risk
b) Odd's ratio
c) Attributable risk
d) Incidence rates
Ans:a
a) Influenza
b) Tetanus
c) Tuberculosis
d) Polio
Ans:a
a) Case series
b) Case control
c) Cohort
d) Double blind
Ans:c
a) accuracy
b) predictability
c) sensitivity & specificity
d) cost effectiveness
Ans:c
a) Expressed as rate per year
b) can be adjusted for age
c) can be used for events other than death
d) ratio of observed deaths to expected deaths.
Ans:a
a)Groups are representative of the population
b)Bias may arise during evaluation
c)both study and control groups should be comparable.
d)in a Single blind trial the doctor does not know of group allocation.
Ans:d
a) Toxoid
b) Killed vaccine
c) Both
d) None
Ans:a
a) Period of stay in hospital
b) Doctor : Population ratio
c) attendance of out patient department
d) Notification rates.
Ans:b
a) Exotic
b) Epizootic
c) Endemic
d) None of the above.
Ans:a
a) incidence can be measured
b) used to study chronic diseases,
c) expensive
d) always prospective
Ans:d
a) Factors like age, sex
b) Incubation period
c) Diagnostic tests
d) Environmental factors.
Ans:c
a) Time
b) Place
c) Person
d)All
Ans:d
a)OPV
b) Hepatitis
c) Japanese B encephalitis
d) Chicken pox
Ans:a
a)Occurs due to naturally occurring variation in herd immunity
b)Road side accident is a good example
c)Mainly due to environmental factors
d)consistent change in a particular direction over a period of time.
Ans:d
a) Rate
b) Ratio
c) Proportion
d) All of the above
Ans:b
a)Mid year population
b) Mid year females 15-44 years
c) Mid year married females 15-44 years
d) Mid year males 15-44 years
Ans:a
a)BCG
b)OPV
c)MMR
d)DPT
e)DT
Ans:a
a) Are easy to conduct
b) can detect only one risk factor
c) can find out incidence of disease.
d) Have increased bias.
Ans:a
a) Cholera
b) Typhoid
c) yellow fever
d) Chicken pox
Ans:c
a) No. of new cases
b) No. of old cases
c) Both
d) Neither
Ans:a
a)TP/TP + FPxlOO
b)TP/TP + TNxlO0
c)TP/TP + FNxl00
d)FP/TP + FPxl00
Ans:a
a) Fleas
b) Ticks
c) Mosquitoes
d) Sandfly
Ans:b
a) Less duration of the disease in males
b) Mortality more in females
c) Mortality is less in males
d) None of the above.
Ans:b
a) Sample random
b) Stratified random
c) Systematic random
d)Inverse sampling
Ans:b
a)beta carotene and lung cancer have no relation to one another
b)the p value is not significant
c)the study is not designed properly
d)beta carotene is associated with lung cancer
Ans:a
a) Hepatitis
b) Tetanus
c) Measles
d) Rabies
Ans:c
a) Infective period
c) Shortest incubation period
b) Generation time
d) Longest incubation period.
Ans:d
a) Ultraviolet radiation
b) Boiling
c) Iodination
d) Chlorination
Ans:d
a) Exotic
b) Enzootic
c) Epizootic
d) Endemic
Ans:a
a) Medical audit
b) Medical evaluation
c) Performance evaluation
d) Progressive screening
Ans:a
a) 17-D
b) Rubella
c) Salk
d) Measles
Ans:c
a) Prospective
b) Useful for rare diseases
c) necessary for incidence
d) costly
Ans:b
a) Case control study
b) Cohort study
c) Cross sectional study
d) Randomized trial
Ans:a
a) Case control study
b) Cohort study
c) Randomized clinical trial
d) Non randomized trial
Ans:c
a) Sampling bias
b) Selection bias
c) Confounding bias
d)Interviewer bias
Ans:c
a) Secondary attack rate
b) Primary attack rate
c) Attributable risk
d) Relative risk
Ans:a
a) Smoking does not cause lung cancer
b) Multifactorial cause of Ca lung
c) Smoking is the only cause of lung cancer
d) All of the above
Ans:b
a) Sensitivity
b) Specificity
c) Predictive value
d) None
Ans:c
a)Incidence of the disease is high in the community
b)Incidence is low in the community
c)Early detection leads to favorable outcome
d)The disease has a lead time
Ans:b
a) Mass Screening
b) High risk screening
c) Multiphasic screening
d) Any of the above
Ans:b
a) Mosquitoes
b) Direct contact
c) Droplet
d) Placenta
Ans:d
a) Intradermally
b) Subcutaneously
c) Intramuscularly
d) Orally
Ans:a
a) Phenol
b) Lysol
c) Dettol
d) Pot. Permanganate
Ans:b
a) Radiation
b) Lysol
c) Hot air
d) Any of the above
Ans:d