Reading comprehension

Q1 · Reading comprehension · EASY

In the small town of Rampur, a local farmer named Rakesh noticed that his wheat crops were shrinking year after year. He consulted an agricultural officer who explained that the soil had lost its natural nutrients due to continuous monoculture. The officer suggested a simple yet effective method: crop rotation. Instead of planting only wheat, Rakesh was advised to alternate with legumes like lentils and green peas. These plants have the unique ability to fix nitrogen from the air into the soil, naturally replenishing the fertility that wheat had depleted. Rakesh initially hesitated, fearing that switching crops might lower his immediate income. However, he decided to try the method on half of his field. By the next season, the results were surprising. The soil in the rotated section was darker and richer. The wheat that followed the legumes grew taller and produced a significantly higher yield than the wheat grown in the non-rotated section. Rakesh realized that while the change required patience, it ensured long-term sustainability. He shared his experience with neighboring farmers, who soon adopted the same practice. The village saw a collective improvement in harvest sizes, proving that simple scientific knowledge could transform traditional farming habits into sustainable livelihoods. What was the main problem Rakesh faced with his wheat crops?

Q2 · Reading comprehension · MEDIUM

In the small town of Rampur, a local farmer named Rakesh noticed that his wheat crops were shrinking year after year. He consulted an agricultural officer who explained that the soil had lost its natural nutrients due to continuous monoculture. The officer suggested a simple yet effective method: crop rotation. Instead of planting only wheat, Rakesh was advised to alternate with legumes like lentils and green peas. These plants have the unique ability to fix nitrogen from the air into the soil, naturally replenishing the fertility that wheat had depleted. Rakesh initially hesitated, fearing that switching crops might lower his immediate income. However, he decided to try the method on half of his field. By the next season, the results were surprising. The soil in the rotated section was darker and richer. The wheat that followed the legumes grew taller and produced a significantly higher yield than the wheat grown in the non-rotated section. Rakesh realized that while the change required patience, it ensured long-term sustainability. He shared his experience with neighboring farmers, who soon adopted the same practice. The village saw a collective improvement in harvest sizes, proving that simple scientific knowledge could transform traditional farming habits into sustainable livelihoods. According to the passage, what is the specific benefit of planting legumes like lentils and green peas?

Q3 · Reading comprehension · EASY

In the small town of Rampur, a local farmer named Rakesh noticed that his wheat crops were shrinking year after year. He consulted an agricultural officer who explained that the soil had lost its natural nutrients due to continuous monoculture. The officer suggested a simple yet effective method: crop rotation. Instead of planting only wheat, Rakesh was advised to alternate with legumes like lentils and green peas. These plants have the unique ability to fix nitrogen from the air into the soil, naturally replenishing the fertility that wheat had depleted. Rakesh initially hesitated, fearing that switching crops might lower his immediate income. However, he decided to try the method on half of his field. By the next season, the results were surprising. The soil in the rotated section was darker and richer. The wheat that followed the legumes grew taller and produced a significantly higher yield than the wheat grown in the non-rotated section. Rakesh realized that while the change required patience, it ensured long-term sustainability. He shared his experience with neighboring farmers, who soon adopted the same practice. The village saw a collective improvement in harvest sizes, proving that simple scientific knowledge could transform traditional farming habits into sustainable livelihoods. What does the word 'hesitated' mean in the context of the passage?

Q4 · Reading comprehension · MEDIUM

In the small town of Rampur, a local farmer named Rakesh noticed that his wheat crops were shrinking year after year. He consulted an agricultural officer who explained that the soil had lost its natural nutrients due to continuous monoculture. The officer suggested a simple yet effective method: crop rotation. Instead of planting only wheat, Rakesh was advised to alternate with legumes like lentils and green peas. These plants have the unique ability to fix nitrogen from the air into the soil, naturally replenishing the fertility that wheat had depleted. Rakesh initially hesitated, fearing that switching crops might lower his immediate income. However, he decided to try the method on half of his field. By the next season, the results were surprising. The soil in the rotated section was darker and richer. The wheat that followed the legumes grew taller and produced a significantly higher yield than the wheat grown in the non-rotated section. Rakesh realized that while the change required patience, it ensured long-term sustainability. He shared his experience with neighboring farmers, who soon adopted the same practice. The village saw a collective improvement in harvest sizes, proving that simple scientific knowledge could transform traditional farming habits into sustainable livelihoods. Which of the following is the most appropriate title for the passage?

Q5 · Reading comprehension · EASY

Urban heat islands are localized areas within cities that are significantly warmer than their surrounding rural regions. This phenomenon occurs primarily due to the replacement of natural land cover with dense concentrations of pavement, buildings, and other surfaces that absorb and re-emit solar energy as heat. Vegetation, which cools the air through evapotranspiration, is often scarce in these zones, further exacerbating the temperature difference. During the day, these surfaces trap heat, releasing it slowly at night, which prevents the city from cooling down effectively. The consequences of this thermal anomaly are severe and multifaceted. Higher temperatures increase the demand for air conditioning, leading to a surge in energy consumption and higher electricity bills for residents. Furthermore, the trapped heat worsens air quality by accelerating chemical reactions that form ground-level ozone, a harmful pollutant. Public health is also at risk, as prolonged exposure to extreme heat can lead to heatstroke and other heat-related illnesses, particularly among the elderly and those with pre-existing conditions. To mitigate these effects, city planners are increasingly adopting green infrastructure strategies. These include installing cool roofs that reflect sunlight, expanding urban parks, and planting street trees to provide shade and moisture. Such measures not only lower ambient temperatures but also improve the overall quality of life for urban dwellers. While the problem is complex, integrating nature into city design offers a sustainable path toward cooler, healthier urban environments. According to the passage, what is the primary reason for the formation of urban heat islands?