Reading (short passages) – Reading MCQ

Reading (short passages): प्रश्न र उत्तर

सही लागेको विकल्पमा थिच्नुहोस्। सही भए हरियो, गलत भए रातो देखिन्छ; ३ सेकेन्डपछि सही उत्तर र व्याख्या देखिन्छ।

सही: ० / ०

591. Read the passage and answer the question. The Venus flytrap grows naturally in only a small area of wetlands in North and South Carolina in the United States. The soil there is poor in nutrients, especially nitrogen, so the plant obtains extra nutrients by catching insects. Each trap is made of two leaf lobes with tiny trigger hairs on the inside. If an insect touches the hairs twice within a short time, the trap snaps shut. Requiring two touches helps the plant avoid wasting energy on raindrops or falling bits of leaves. Like other green plants, however, the flytrap still makes most of its food by photosynthesis. Which statement is supported by the passage?

     कThe flytrap cannot survive without catching insects. खThe flytrap gets most of its food from photosynthesis. गThe flytrap grows wild in many parts of the world. घThe flytrap's soil is rich in nitrogen.
     💬 टिप्पणी / गल्ती रिपोर्ट (०)

     छलफल / प्रश्न उत्तरमा गल्ती छ

     पठाउनुहोस्

     टिप्पणी जाँचपछि मात्र देखिन्छ।

592. Read the passage and answer the question. The Venus flytrap grows naturally in only a small area of wetlands in North and South Carolina in the United States. The soil there is poor in nutrients, especially nitrogen, so the plant obtains extra nutrients by catching insects. Each trap is made of two leaf lobes with tiny trigger hairs on the inside. If an insect touches the hairs twice within a short time, the trap snaps shut. Requiring two touches helps the plant avoid wasting energy on raindrops or falling bits of leaves. Like other green plants, however, the flytrap still makes most of its food by photosynthesis. Why does the trap close only after its hairs are touched twice?

     कbecause one touch is not strong enough to move the lobes खso that the insect has time to escape गbecause the hairs grow back slowly घso that it does not waste energy closing on things that are not food
     💬 टिप्पणी / गल्ती रिपोर्ट (०)

     छलफल / प्रश्न उत्तरमा गल्ती छ

     पठाउनुहोस्

     टिप्पणी जाँचपछि मात्र देखिन्छ।

593. Read the passage and answer the question. The Venus flytrap grows naturally in only a small area of wetlands in North and South Carolina in the United States. The soil there is poor in nutrients, especially nitrogen, so the plant obtains extra nutrients by catching insects. Each trap is made of two leaf lobes with tiny trigger hairs on the inside. If an insect touches the hairs twice within a short time, the trap snaps shut. Requiring two touches helps the plant avoid wasting energy on raindrops or falling bits of leaves. Like other green plants, however, the flytrap still makes most of its food by photosynthesis. Why does the Venus flytrap catch insects?

     कbecause its roots cannot absorb water खto obtain nutrients that are lacking in the soil where it grows गbecause it cannot carry out photosynthesis घto protect its leaves from being eaten
     💬 टिप्पणी / गल्ती रिपोर्ट (०)

     छलफल / प्रश्न उत्तरमा गल्ती छ

     पठाउनुहोस्

     टिप्पणी जाँचपछि मात्र देखिन्छ।

594. Read the passage and answer the question. Many people call spiders insects, but biologists place them in a different group, the arachnids. An insect has six legs and a body divided into three parts: the head, the thorax and the abdomen. Most insects also have antennae, and many have wings. A spider, by contrast, has eight legs and a body in two main parts, and it has neither antennae nor wings. Scorpions, ticks and mites are also arachnids. So the next time you see a spider in the corner of your room, remember that it is more closely related to a scorpion than to a fly. What is the writer's main purpose?

     कto persuade readers to keep spiders as pets खto explain how spiders build webs गto correct a common mistake about spiders घto warn readers that spiders are dangerous
     💬 टिप्पणी / गल्ती रिपोर्ट (०)

     छलफल / प्रश्न उत्तरमा गल्ती छ

     पठाउनुहोस्

     टिप्पणी जाँचपछि मात्र देखिन्छ।

595. Read the passage and answer the question. Many people call spiders insects, but biologists place them in a different group, the arachnids. An insect has six legs and a body divided into three parts: the head, the thorax and the abdomen. Most insects also have antennae, and many have wings. A spider, by contrast, has eight legs and a body in two main parts, and it has neither antennae nor wings. Scorpions, ticks and mites are also arachnids. So the next time you see a spider in the corner of your room, remember that it is more closely related to a scorpion than to a fly. According to the passage, which feature does a spider have?

     कsix legs and a body in three parts खantennae but no wings गeight legs and a body in two main parts घwings and eight legs
     💬 टिप्पणी / गल्ती रिपोर्ट (०)

     छलफल / प्रश्न उत्तरमा गल्ती छ

     पठाउनुहोस्

     टिप्पणी जाँचपछि मात्र देखिन्छ।

596. Read the passage and answer the question. Walk into many school and public libraries and you will notice numbers on the spines of the non-fiction books. These numbers usually come from the Dewey Decimal Classification, a system first published by the American librarian Melvil Dewey in 1876. It divides knowledge into ten main classes, each given a range of numbers between 000 and 999. For example, books on the natural sciences and mathematics are placed in the 500s. Numbers after a decimal point allow librarians to divide each subject further, so that books on closely related topics sit next to each other on the shelves. Why are numbers after a decimal point used?

     कto separate fiction from non-fiction खto show the number of copies a library owns गto divide a subject into narrower topics घto mark the year a book was published
     💬 टिप्पणी / गल्ती रिपोर्ट (०)

     छलफल / प्रश्न उत्तरमा गल्ती छ

     पठाउनुहोस्

     टिप्पणी जाँचपछि मात्र देखिन्छ।

597. Read the passage and answer the question. Walk into many school and public libraries and you will notice numbers on the spines of the non-fiction books. These numbers usually come from the Dewey Decimal Classification, a system first published by the American librarian Melvil Dewey in 1876. It divides knowledge into ten main classes, each given a range of numbers between 000 and 999. For example, books on the natural sciences and mathematics are placed in the 500s. Numbers after a decimal point allow librarians to divide each subject further, so that books on closely related topics sit next to each other on the shelves. Into how many main classes does the system divide knowledge?

     कfive hundred खten गone thousand घnine
     💬 टिप्पणी / गल्ती रिपोर्ट (०)

     छलफल / प्रश्न उत्तरमा गल्ती छ

     पठाउनुहोस्

     टिप्पणी जाँचपछि मात्र देखिन्छ।

598. Read the passage and answer the question. Walk into many school and public libraries and you will notice numbers on the spines of the non-fiction books. These numbers usually come from the Dewey Decimal Classification, a system first published by the American librarian Melvil Dewey in 1876. It divides knowledge into ten main classes, each given a range of numbers between 000 and 999. For example, books on the natural sciences and mathematics are placed in the 500s. Numbers after a decimal point allow librarians to divide each subject further, so that books on closely related topics sit next to each other on the shelves. What is the main purpose of the Dewey Decimal Classification?

     कto arrange books so that those on similar subjects are kept together खto show how old each book is गto list books in alphabetical order of author घto record which readers have borrowed each book
     💬 टिप्पणी / गल्ती रिपोर्ट (०)

     छलफल / प्रश्न उत्तरमा गल्ती छ

     पठाउनुहोस्

     टिप्पणी जाँचपछि मात्र देखिन्छ।

599. Read the passage and answer the question. Cork comes from the bark of the cork oak, a tree that grows mainly in Portugal, Spain and other countries around the western Mediterranean. Unlike most trees used for their materials, the cork oak is not cut down when its bark is harvested. Skilled workers strip the thick outer bark by hand, leaving the inner layer to protect the tree, and the bark slowly grows back. A tree can be harvested about every nine years and may live for more than two hundred years. Because cork is light, waterproof and springy, it has long been used for bottle stoppers, floor tiles and notice boards. What can be inferred about a cork oak that lives for two hundred years?

     कIts bark stops growing after nine years. खIt can be harvested many times during its life. गIt produces cork only in its first nine years. घIt can be harvested only once.
     💬 टिप्पणी / गल्ती रिपोर्ट (०)

     छलफल / प्रश्न उत्तरमा गल्ती छ

     पठाउनुहोस्

     टिप्पणी जाँचपछि मात्र देखिन्छ।

600. Read the passage and answer the question. Cork comes from the bark of the cork oak, a tree that grows mainly in Portugal, Spain and other countries around the western Mediterranean. Unlike most trees used for their materials, the cork oak is not cut down when its bark is harvested. Skilled workers strip the thick outer bark by hand, leaving the inner layer to protect the tree, and the bark slowly grows back. A tree can be harvested about every nine years and may live for more than two hundred years. Because cork is light, waterproof and springy, it has long been used for bottle stoppers, floor tiles and notice boards. How is cork harvested, according to the passage?

     कThe outer bark is removed by hand without cutting down the tree. खFallen branches are collected and dried. गThe inner layer of bark is stripped by machines. घThe whole tree is cut down every nine years.
     💬 टिप्पणी / गल्ती रिपोर्ट (०)

     छलफल / प्रश्न उत्तरमा गल्ती छ

     पठाउनुहोस्

     टिप्पणी जाँचपछि मात्र देखिन्छ।