Given below are two statements one is Assertion (A) and the other is Reason (R) Assertion (A) : Inactive life style along with uncontrolled diet may lead to many health hazards not only for old age but also for younger generation Reason (R) :If one can maintain his physical fitness, it does not matter what diet he or she is taking In the light of above two statements choose the correct option from the codes given below:
This question presents an Assertion (A) and a Reason (R) related to health, lifestyle, and diet. We need to evaluate each statement and determine the relationship between them to choose the correct option.
The Assertion (A) states: "Inactive life style along with uncontrolled diet may lead to many health hazards not only for old age but also for younger generation".
Let's break this down:
It is widely accepted in health science that a combination of an inactive lifestyle and an uncontrolled diet is a major contributor to various health problems. These include obesity, type 2 diabetes, heart disease, high blood blood pressure, and certain types of cancer. These health hazards can indeed affect people of all ages, including the younger generation, with rising rates of childhood obesity and related conditions.
Therefore, Assertion (A) is a true statement based on current understanding of health and lifestyle.
The Reason (R) states: "If one can maintain his physical fitness, it does not matter what diet he or she is taking".
Let's analyze this statement:
This statement contradicts fundamental principles of health and nutrition. While physical fitness is crucial for health, diet plays an equally, if not more, important role. A poor diet, even if combined with regular exercise, can still lead to nutrient deficiencies, high cholesterol, issues with blood sugar control, and other health problems. For example, an athlete might be physically fit but could still suffer from health issues if their diet lacks essential vitamins and minerals or is excessively high in unhealthy components.
Physical fitness and diet are both pillars of a healthy lifestyle and work together. Maintaining physical fitness does not negate the importance of a healthy diet.
Therefore, Reason (R) is a false statement.
We have determined that:
For Reason (R) to be a correct explanation of Assertion (A), both statements would need to be true, and Reason (R) would need to logically support or explain why Assertion (A) is true. Since Reason (R) is false, it cannot possibly be a correct explanation for Assertion (A).
The health hazards mentioned in (A) actually highlight why *both* lifestyle and diet are important, and why relying only on one (like fitness as suggested incorrectly by R) is insufficient.
Based on the analysis, Assertion (A) is a true statement, and Reason (R) is a false statement. The health hazards described in the assertion are real consequences of poor lifestyle choices involving both inactivity and diet. The reason provides incorrect information by claiming diet doesn't matter if one is fit.
Therefore, the correct evaluation is that Assertion (A) is true, but Reason (R) is false.
| Concept | Description | Relation to Statements |
|---|---|---|
| Inactive Lifestyle | Lack of sufficient physical activity. | Mentioned in (A) as a cause of health hazards. |
| Uncontrolled Diet | Consuming unhealthy food without nutritional consideration. | Mentioned in (A) as a cause of health hazards. |
| Health Hazards | Risks leading to health problems (e.g., obesity, heart disease). | Result of inactive lifestyle and uncontrolled diet as per (A). |
| Physical Fitness | State of well-being and health, often achieved through exercise. | Mentioned in (R), falsely claimed to negate diet's importance. |
A truly healthy lifestyle involves multiple interconnected factors, not just one. Understanding these components provides further context for why statement (R) is false and statement (A) is true.
These components work synergistically. Focusing only on physical fitness while neglecting diet, for instance, prevents the body from achieving optimal health and makes it susceptible to various health hazards mentioned in Assertion (A).
A cyclist moves in a velodrome of radius of 80 m. If the coefficient of friction is 0.25, then the maximum speed with which the cyclist can take a turn without leaning inwards is
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