Inference Based Passage MCQ Quiz - Objective Question with Answer for Inference Based Passage - Download Free PDF

Read the following passage and answer the questions given after it.

One of the greatest sailing adventures of the past 25 years was the conquest of the Northwest Passage, powered by sail, human muscle, and determination. In 100 days, over three summers (1986-88), Canadians Jeff MacInnis and Mike Beedell accomplished the first wind-powered crossing of the Northwest Passage. In Jeff MacInnis’s words…Our third season. We weave our way through the labyrinth of ice, and in the distance we hear an unmistakable sound. A mighty bowhead whale is nearby, and its rhythmic breaths fill us with awe. Finally, we see it relaxed on the surface, its blowhole quivering like a volcanic cone, but it senses our presence and quickly sounds. We are very disappointed. We had only good intentions—to revel in its beautiful immensity and to feel its power. Mike thinks how foolish it would be for this mighty beast to put any faith in us. After all, we are members of the species that had almost sent the bowhead into extinction with our greed for whale oil and bone. It is estimated that as many as 38,000 bowheads were killed off eastern Baffin Island in the 1800s; today there are only about 200 left. The fascinating and sometimes terrifying wildlife keeps us entertained during our explorations. Bearded harp and ring seals greet us daily. The profusion of bird life is awesome; at times we see and smell hundreds of thousands of thick billed murres clinging to their cliffside nests. Our charts show that we are on the edge of a huge shoal where the frigid ocean currents upswell and mix nutrients that provide a feast for the food chain. At times, these animals scare the living daylights out of us. They have a knack of sneaking up behind us and then shooting out of the water and belly flopping for maximum noise and splash. A horrendous splash coming from behind has a heart-stopping effect in polar bear country. We have many encounters with the ‘Lords of the Arctic’, but we are always cautious, observant, and ever so respectful that we are in their domain. In some regions the land is totally devoid of life, while in others the pulse of life takes our breath away. Such is the paradox of the Arctic; its wastelands flow into oases that are found nowhere else on the face of the earth. Many times we find ancient signs of Inuit people who lived here, superbly attuned to the land. We feel great respect for them; this landscape is a challenge at every moment.

DIRECTIONS: Read the following passage and answer the questions that follow:

Helium – an inert, odourless, monatomic element known to lay people as the substance that makes balloons float and voices squeak when inhaled – could be gone from this planet within a generation.
Helium itself is not rare; there is actually a plentiful supply of it in the cosmos. In fact, 24 per cent of our galaxy’s elemental mass consists of helium, which makes it the second most abundant element in our universe. Because of its lightness, however, most helium vanished from our own planet many years ago. Consequently, only a miniscule proportion – 0.00052%, to be exact – remains in earth’s atmosphere. Helium is the byproduct of millennia of radioactive decay from the elements thorium and uranium. The helium is mostly trapped in subterranean natural gas bunkers and commercially extracted through a method known as fractional distillation.
The loss of helium on Earth would affect society greatly. Defying the perception of it as a novelty substance for parties and gimmicks, the element actually has many vital applications in society. Probably the most well known commercial usage is in airships and blimps. But helium is also instrumental in deep-sea diving, where it is blended with nitrogen to mitigate the dangers of inhaling ordinary air under high pressure; as a cleaning agent for rocket engines; and, in its most prevalent use, as a coolant for superconducting magnets in hospital MRI (magnetic resonance imaging) scanners. The possibility of losing helium forever poses the threat of a real crisis because its unique qualities are extraordinarily difficult, if not impossible to duplicate.

Read the passage and answer the questions that follow.
Growth may be defined as the quantitative increase in size or mass. When weight is measured in kilograms and height in centimetres from time to time, we can know how much growth has occurred in a child. When the organs of the body grow, the number, the size and the weight of their cells increase. Growth can be measured in terms of the change in length, width, depth and volume in a specific time period. Although growth is a characteristic of living beings, in all living beings, the rate of growth also depends on nutrition and living conditions, including the environment at home.
Growth, development and maturation occur side by side. Growth is a quantitative increase in size through increase in number of cells or elongation of cells. Development may be defined as the progression of changes, both qualitative and quantitative, which lead to an undifferentiated mass of cells to a highly organised state. Maturation is a measure of functional capacity. For example, a child begins to speak by making unintelligible sounds. Then, slowly it acquires the capacity for speaking in a manner, which is easily understood by others. Another example of maturation is when a child begins to crawl and then matures to a state of walking on two legs. Similarly, organs of reproduction reach maturity at the end of puberty.

Read the passage and answer the questions that follow.
Growth may be defined as the quantitative increase in size or mass. When weight is measured in kilograms and height in centimetres from time to time, we can know how much growth has occurred in a child. When the organs of the body grow, the number, the size and the weight of their cells increase. Growth can be measured in terms of the change in length, width, depth and volume in a specific time period. Although growth is a characteristic of living beings, in all living beings, the rate of growth also depends on nutrition and living conditions, including the environment at home.
Growth, development and maturation occur side by side. Growth is a quantitative increase in size through increase in number of cells or elongation of cells. Development may be defined as the progression of changes, both qualitative and quantitative, which lead to an undifferentiated mass of cells to a highly organised state. Maturation is a measure of functional capacity. For example, a child begins to speak by making unintelligible sounds. Then, slowly it acquires the capacity for speaking in a manner, which is easily understood by others. Another example of maturation is when a child begins to crawl and then matures to a state of walking on two legs. Similarly, organs of reproduction reach maturity at the end of puberty.

Read the passage and answer the questions that follow.
Growth may be defined as the quantitative increase in size or mass. When weight is measured in kilograms and height in centimetres from time to time, we can know how much growth has occurred in a child. When the organs of the body grow, the number, the size and the weight of their cells increase. Growth can be measured in terms of the change in length, width, depth and volume in a specific time period. Although growth is a characteristic of living beings, in all living beings, the rate of growth also depends on nutrition and living conditions, including the environment at home.
Growth, development and maturation occur side by side. Growth is a quantitative increase in size through increase in number of cells or elongation of cells. Development may be defined as the progression of changes, both qualitative and quantitative, which lead to an undifferentiated mass of cells to a highly organised state. Maturation is a measure of functional capacity. For example, a child begins to speak by making unintelligible sounds. Then, slowly it acquires the capacity for speaking in a manner, which is easily understood by others. Another example of maturation is when a child begins to crawl and then matures to a state of walking on two legs. Similarly, organs of reproduction reach maturity at the end of puberty.

DIRECTIONS: Read the following passage and answer the questions that follow:

Helium – an inert, odourless, monatomic element known to lay people as the substance that makes balloons float and voices squeak when inhaled – could be gone from this planet within a generation.
Helium itself is not rare; there is actually a plentiful supply of it in the cosmos. In fact, 24 per cent of our galaxy’s elemental mass consists of helium, which makes it the second most abundant element in our universe. Because of its lightness, however, most helium vanished from our own planet many years ago. Consequently, only a miniscule proportion – 0.00052%, to be exact – remains in earth’s atmosphere. Helium is the byproduct of millennia of radioactive decay from the elements thorium and uranium. The helium is mostly trapped in subterranean natural gas bunkers and commercially extracted through a method known as fractional distillation.
The loss of helium on Earth would affect society greatly. Defying the perception of it as a novelty substance for parties and gimmicks, the element actually has many vital applications in society. Probably the most well known commercial usage is in airships and blimps. But helium is also instrumental in deep-sea diving, where it is blended with nitrogen to mitigate the dangers of inhaling ordinary air under high pressure; as a cleaning agent for rocket engines; and, in its most prevalent use, as a coolant for superconducting magnets in hospital MRI (magnetic resonance imaging) scanners. The possibility of losing helium forever poses the threat of a real crisis because its unique qualities are extraordinarily difficult, if not impossible to duplicate.

DIRECTIONS: Read the following passage and answer the questions that follow:

Helium – an inert, odourless, monatomic element known to lay people as the substance that makes balloons float and voices squeak when inhaled – could be gone from this planet within a generation.
Helium itself is not rare; there is actually a plentiful supply of it in the cosmos. In fact, 24 per cent of our galaxy’s elemental mass consists of helium, which makes it the second most abundant element in our universe. Because of its lightness, however, most helium vanished from our own planet many years ago. Consequently, only a miniscule proportion – 0.00052%, to be exact – remains in earth’s atmosphere. Helium is the byproduct of millennia of radioactive decay from the elements thorium and uranium. The helium is mostly trapped in subterranean natural gas bunkers and commercially extracted through a method known as fractional distillation.
The loss of helium on Earth would affect society greatly. Defying the perception of it as a novelty substance for parties and gimmicks, the element actually has many vital applications in society. Probably the most well known commercial usage is in airships and blimps. But helium is also instrumental in deep-sea diving, where it is blended with nitrogen to mitigate the dangers of inhaling ordinary air under high pressure; as a cleaning agent for rocket engines; and, in its most prevalent use, as a coolant for superconducting magnets in hospital MRI (magnetic resonance imaging) scanners. The possibility of losing helium forever poses the threat of a real crisis because its unique qualities are extraordinarily difficult, if not impossible to duplicate.

Read the passage given and answer questions that follow.

If we lived on a planet where nothing ever changes, there would be little to do. There would be no need to study science. If we lived in an unpredictable world, where things changed at random, or in very complex ways, we would not be able to figure things out. Again, there would be no such thing as science. But we live in an in-between universe, where things change, but according to patterns, rules or as we call them, laws of nature. If I throw a stick up in the air, it always falls down. If the sun sets in the west it always rises again the next morning, in the east. So, it becomes possible to figure things out.

Human beings are good at understanding the world. We always have been. We were able to hunt game or build fires only because we had figured something out. There was a time before television, before motion pictures, before radio, before books..... the greatest part of human existence was spent in such a time. Over the dying embers of the campfire, on a moonless night, we watched the stars. The night sky is interesting. There are patterns there. Without even trying, you can imagine pictures

Read the passage and answer the questions that follow.
Growth may be defined as the quantitative increase in size or mass. When weight is measured in kilograms and height in centimetres from time to time, we can know how much growth has occurred in a child. When the organs of the body grow, the number, the size and the weight of their cells increase. Growth can be measured in terms of the change in length, width, depth and volume in a specific time period. Although growth is a characteristic of living beings, in all living beings, the rate of growth also depends on nutrition and living conditions, including the environment at home.
Growth, development and maturation occur side by side. Growth is a quantitative increase in size through increase in number of cells or elongation of cells. Development may be defined as the progression of changes, both qualitative and quantitative, which lead to an undifferentiated mass of cells to a highly organised state. Maturation is a measure of functional capacity. For example, a child begins to speak by making unintelligible sounds. Then, slowly it acquires the capacity for speaking in a manner, which is easily understood by others. Another example of maturation is when a child begins to crawl and then matures to a state of walking on two legs. Similarly, organs of reproduction reach maturity at the end of puberty.

Read the passage given and answer questions that follow.

If we lived on a planet where nothing ever changes, there would be little to do. There would be no need to study science. If we lived in an unpredictable world, where things changed at random, or in very complex ways, we would not be able to figure things out. Again, there would be no such thing as science. But we live in an in-between universe, where things change, but according to patterns, rules or as we call them, laws of nature. If I throw a stick up in the air, it always falls down. If the sun sets in the west it always rises again the next morning, in the east. So, it becomes possible to figure things out.

Human beings are good at understanding the world. We always have been. We were able to hunt game or build fires only because we had figured something out. There was a time before television, before motion pictures, before radio, before books..... the greatest part of human existence was spent in such a time. Over the dying embers of the campfire, on a moonless night, we watched the stars. The night sky is interesting. There are patterns there. Without even trying, you can imagine pictures