What is the punishment under the Dowry Prohibition Act, 1961?
Which of the following viral diseases is least commonly reported in India?
In the ESI programme, employers and employees in the organized sector contribute to the fund. What is the employer's contribution?
What is the common threshold for statistical significance in hypothesis testing?
Spot map is used for?
In a clinical study examining the relationship between weight and height in pediatric patients, what is the maximum possible value of the correlation coefficient if the correlation is very strong?
What is the type of sampling used when a random sample is taken from distinct groups within a population, such as religious groups like Hindus, Muslims, and Christians?
The population is divided into homogeneous subgroups, and then individuals are randomly selected from each subgroup. What type of sampling is this?
Which of the following is NOT typically associated with the recovery phase after a disaster?
Which type of waste is not suitable for incineration?
NEET-PG 2013 - Community Medicine NEET-PG Practice Questions and MCQs
Question 71: What is the punishment under the Dowry Prohibition Act, 1961?
- A. Imprisonment for 1 year, Rs 25,000
- B. Imprisonment for 1 year, Rs 15,000
- C. Imprisonment for 5 years, Rs 25,000
- D. Imprisonment for 6 months to 2 years or fine up to Rs 10,000 or both (Correct Answer)
Explanation: ***Imprisonment for 6 months to 2 years or fine up to Rs 10,000 or both*** - The Dowry Prohibition Act, 1961 (and its subsequent amendments, not 1986 as stated in the question, but the provisions are relevant) specifies the punishment for giving or taking dowry as **imprisonment for a term which shall not be less than six months**, but which may extend to **two years, or with a fine which may extend to ten thousand rupees or with both.** - This option most accurately reflects the range of punishment prescribed by the statute, focusing on the minimum and maximum terms for both imprisonment and fine. *Imprisonment for 1 year, Rs 25,000* - This option does not align with the specific penalties outlined in the **Dowry Prohibition Act, 1961**. - The minimum imprisonment is **six months**, and the fine amount and exact imprisonment term are distinctly different from the legal provisions. *Imprisonment for 1 year, Rs 15,000* - Similar to the previous option, this does not precisely match the penalty prescribed by the **Dowry Prohibition Act, 1961**. - While one year imprisonment falls within the six-month to two-year range, the fine amount of **Rs. 15,000 is incorrect**, as the Act states a maximum fine of ten thousand rupees. *Imprisonment for 5 years, Rs 25,000* - This penalty significantly **exceeds the maximum imprisonment** and fine stipulated in the **Dowry Prohibition Act, 1961**. - The Act sets a maximum imprisonment of **two years** and a maximum fine of **ten thousand rupees**.
Question 72: Which of the following viral diseases is least commonly reported in India?
- A. Japanese B encephalitis
- B. Lassa fever (Correct Answer)
- C. KFD
- D. Dengue
Explanation: ***Lassa fever*** - **Lassa fever** is endemic to West Africa, with the **multimammate rat** being its primary reservoir. - Cases of Lassa fever are **extremely rare** in India, primarily limited to travel-related instances due to the geographical distribution of the disease and its vector. *Japanese B encephalitis* - **Japanese B encephalitis (JBE)** is a significant public health concern in India, particularly in endemic regions. - It is a mosquito-borne viral disease, and **vaccination programs** are ongoing to control its spread. *KFD* - **Kyasanur Forest Disease (KFD)** is an endemic viral hemorrhagic fever primarily found in the **Karnataka state of India**. - It is transmitted by **ticks**, making it a regionally significant but recognized viral disease within India. *Dengue* - **Dengue** is one of the most commonly reported and widespread viral diseases in India. - It is a **mosquito-borne** illness with frequent outbreaks occurring across various parts of the country.
Question 73: In the ESI programme, employers and employees in the organized sector contribute to the fund. What is the employer's contribution?
- A. 1.75%
- B. 4.75% (Correct Answer)
- C. 3.25%
- D. 2.75%
Explanation: ***4.75%*** - The **Employees' State Insurance (ESI) program** is an integrated social security scheme designed to protect workers in the organized sector. - As of 2019, the employer's contribution rate to the ESI fund is set at **4.75%** of the employee's gross wages, while the employee contributes 0.75%. *3.25%* - This percentage is **not the current employer contribution rate** for the ESI scheme; it is higher than the employee's contribution but less than the actual employer's share. - Prior to 2019, the employer's contribution was 4.75% and the employee's contribution was 1.75%, which sums up to 6.5%. The figures were revised on 13.06.2019 reducing the overall contribution from 6.5% to 4%. *2.75%* - This is not the current contribution rate for either the employer or the employee under the ESI program; it falls outside the established percentages. - The ESI scheme ensures compliance through fixed statutory contributions from both parties, which are not represented by this figure. *1.75%* - This was the **employee's contribution rate** to the ESI fund prior to the 2019 revision, not the employer's. - The current employee contribution rate is significantly lower at 0.75%.
Question 74: What is the common threshold for statistical significance in hypothesis testing?
- A. 0.01
- B. 0.02
- C. 0.03
- D. 0.05 (Correct Answer)
Explanation: ***Correct: 0.05*** - A **p-value of 0.05 (or 5%)** is the most widely accepted and **conventional threshold** for statistical significance in most scientific fields, including medicine - This represents a **5% probability** of observing the results if the **null hypothesis** were true (Type I error or α level) - This is the **standard alpha level** taught in biostatistics and most commonly used in medical research *Incorrect: 0.01* - While 0.01 indicates **higher statistical confidence** (1% chance of Type I error), it is more stringent than the standard threshold - Used in studies requiring **greater certainty** or where false positives have severe consequences - Not the most common or default threshold in general hypothesis testing *Incorrect: 0.02* - A p-value of 0.02 represents a **2% chance of Type I error** - While statistically valid, it is **not a conventional alpha level** for most hypothesis tests - Not the standard threshold taught or applied in medical statistics *Incorrect: 0.03* - A p-value of 0.03 represents a **3% chance of Type I error** - This is **not a standard choice** for statistical significance testing - Not the conventionally prescribed alpha level in biostatistics
Question 75: Spot map is used for?
- A. Local distribution of disease (Correct Answer)
- B. Rural-urban variation
- C. National variation
- D. None of the options
Explanation: ***Local distribution of disease*** - A **spot map** visually represents the geographic distribution of individual cases of a disease or health event. - Each 'spot' on the map corresponds to the exact location where a case occurred, making it ideal for identifying **clusters** or patterns of disease within a specific area. *Rural-urban variation* - While a spot map could potentially show cases in both rural and urban settings, its primary purpose is not to specifically highlight the differences between these two broad categories. - Other types of **thematic maps** or **statistical analyses** are better suited for assessing rural-urban variations. *National variation* - A spot map would be impractical for showing national variation in detail, as it would require plotting individual cases across an entire country, leading to an overly cluttered and uninterpretable image. - **Choropleth maps**, which use shading or colors to represent data for predefined geographic areas (like states or provinces), are more appropriate for illustrating national trends or variations. *None of the options* - This option is incorrect because the primary use of a spot map aligns directly with illustrating the **local distribution of disease**.
Question 76: In a clinical study examining the relationship between weight and height in pediatric patients, what is the maximum possible value of the correlation coefficient if the correlation is very strong?
- A. 0
- B. +1 (Correct Answer)
- C. +2
- D. No correlation
Explanation: ***+1 (perfect positive correlation)*** - A correlation coefficient of **+1** indicates a perfect positive linear relationship between two variables, meaning as one variable increases, the other increases proportionally. - This value represents the **maximum possible strength** for a positive correlation. *0* - A correlation coefficient of **0** indicates no linear relationship between two variables. - This would contradict the premise that the correlation is "very strong". *+2 (invalid value for correlation coefficient)* - The correlation coefficient, also known as Pearson's r, can only range from **-1 to +1**. - A value of +2 is outside this possible range and is therefore an **invalid value**. *No correlation (not possible for strong correlation)* - **No correlation** implies a correlation coefficient of 0 or close to 0. - This directly contradicts the statement that there is a **very strong correlation** between weight and height.
Question 77: What is the type of sampling used when a random sample is taken from distinct groups within a population, such as religious groups like Hindus, Muslims, and Christians?
- A. Simple random
- B. Stratified random (Correct Answer)
- C. Cluster
- D. Systematic random
Explanation: ***Stratified random*** - This method involves dividing the population into **distinct, non-overlapping subgroups (strata)** based on a shared characteristic (e.g., religious groups). - A **random sample** is then drawn from each stratum, ensuring representation from all groups. *Simple random* - Involves selecting individuals entirely at **random** from the entire population, with each individual having an equal chance of being chosen. - It does not guarantee representation from specific subgroups within the population. *Systematic random* - This method selects individuals at **regular intervals** from a randomly ordered list of the population (e.g., every 10th person). - While it offers a degree of randomness, it does not specifically account for or ensure representation of distinct subgroups. *Cluster* - This method involves dividing the population into **clusters (natural groupings)**, usually geographically, and then randomly selecting entire clusters to sample. - Unlike stratified sampling, where individuals are selected from each stratum, cluster sampling involves sampling all individuals within chosen clusters.
Question 78: The population is divided into homogeneous subgroups, and then individuals are randomly selected from each subgroup. What type of sampling is this?
- A. Simple random
- B. Stratified random (Correct Answer)
- C. Cluster
- D. Systematic random
Explanation: ***Stratified random*** - In **stratified random sampling**, the population is first divided into homogeneous subgroups (strata), and then a simple random sample is drawn from each stratum. - This method ensures representation from all subgroups, which is implied by the description "separated into groups, from each group people are selected randomly." *Simple random* - **Simple random sampling** involves selecting individuals from an entire population purely by chance, where each individual has an equal probability of being chosen. - This method does not involve an initial division of the population into distinct groups before selection. *Systematic random* - **Systematic random sampling** involves selecting every nth individual from a list after a random starting point. - This method does not involve dividing the population into groups and then sampling from each group. *Cluster* - **Cluster sampling** involves dividing the population into clusters (usually naturally occurring groups), randomly selecting a few clusters, and then sampling *all* individuals within the selected clusters. - In cluster sampling, individuals are not randomly selected *from each* group; instead, entire groups are selected.
Question 79: Which of the following is NOT typically associated with the recovery phase after a disaster?
- A. Rehabilitation
- B. Reconstruction
- C. Response (Correct Answer)
- D. Mitigation
Explanation: ***Response (Correct Answer)*** - **Response** activities occur during or immediately after the disaster event, NOT in the recovery phase - Includes immediate search and rescue, medical triage, emergency shelter provision, and acute crisis management - The goal is to **save lives, protect property**, and meet basic human needs during the acute crisis (typically 0-72 hours) - This is distinct from the recovery phase, which begins after the immediate emergency is controlled *Rehabilitation* - **Rehabilitation** is a key component of the **recovery phase** - Focuses on restoring services and infrastructure to acceptable levels after the initial emergency - Includes both physical recovery of individuals and return to functionality of critical systems like utilities and healthcare *Reconstruction* - **Reconstruction** is a major part of the **recovery phase** - Involves rebuilding infrastructure, homes, and communities, often to a better, more resilient standard than before - This is often a lengthy process aiming for long-term stability and development *Mitigation* - While **mitigation** can be incorporated into recovery planning, it is primarily focused on **future disaster prevention** - Measures taken to reduce the **loss of life and property** from future disasters - Can be implemented before a disaster strikes or planned during recovery, but the emphasis is on **risk reduction for future events** rather than immediate restoration from the current event
Question 80: Which type of waste is not suitable for incineration?
- A. Anatomic waste
- B. Microbiology waste
- C. Halogenated plastic (Correct Answer)
- D. Infectious waste
Explanation: ***Halogenated plastic*** - **Halogenated plastics** (e.g., PVC) should not be incinerated due to the release of **dioxins and furans**, which are highly toxic and persistent environmental pollutants. - Incineration of these materials leads to the formation of **acid gases** like hydrochloric acid, contributing to acid rain and environmental damage. *Anatomic waste* - **Anatomic waste**, such as body parts or tissues, is generally suitable for incineration, as this process effectively sterilizes and reduces the volume of the waste. - Incineration provides a **high-temperature destruction method** that eliminates pathogens and renders the waste inert. *Microbiology waste* - **Microbiology waste**, including cultures and petri dishes, is suitable for incineration because the intense heat effectively destroys all pathogenic microorganisms. - This method ensures **complete sterilization** and safe disposal, preventing the spread of infectious agents. *Infectious waste* - **Infectious waste**, including blood-soaked materials and sharps, is typically treated by incineration due to its effectiveness in destroying pathogens and reducing volume. - Incineration is a key method for managing **biohazardous waste** to minimize health risks and environmental contamination.