Should Schools replace Printed Textbooks with Digital Material?

The increasing availability of digital learning materials has led some schools to consider replacing

printed textbooks entirely. Advocates argue that digital resources are cheaper to update, easier to

distribute, and capable of providing interactive learning experiences. Although these advantages

are significant, replacing printed materials altogether may create educational problems that deserve

careful consideration.

One major concern is concentration. Students often interact with digital devices in environments

filled with notifications, applications, and other distractions. Even when unnecessary functions are

disabled, the device itself can encourage students to switch between learning and entertainment.

Printed books, by contrast, provide a more limited environment in which

Another issue involves accessibility. Digital materials appear convenient because a single device

can contain hundreds of books. However, this convenience depends on reliable electricity,

functioning hardware, and appropriate software. Students whose access to these resources is

limited may be placed at a disadvantage. A school that assumes every learner can maintain

continuous access to a suitable device risks increasing rather than reducing inequality.

This does not mean digital resources should be rejected. Their ability to incorporate videos,

simulations, updated information, and interactive exercises makes them valuable educational tools.

The more reasonable approach is therefore not to choose one format exclusively but to determine

which medium is most appropriate for a particular learning objective.

For subjects requiring frequent updates, digital resources may be highly effective. For extended

reading or situations where technological access is uncertain, printed materials may remain

preferable. Rather than treating technology as a replacement for established methods, school

should view it as an additional instrument whose effectiveness depends on how thoughtfully it is

used.

What is the author’s purpose in presenting the text?

Should Schools replace Printed Textbooks with Digital Material?

The increasing availability of digital learning materials has led some schools to consider replacing

printed textbooks entirely. Advocates argue that digital resources are cheaper to update, easier to

distribute, and capable of providing interactive learning experiences. Although these advantages

are significant, replacing printed materials altogether may create educational problems that deserve

careful consideration.

One major concern is concentration. Students often interact with digital devices in environments

filled with notifications, applications, and other distractions. Even when unnecessary functions are

disabled, the device itself can encourage students to switch between learning and entertainment.

Printed books, by contrast, provide a more limited environment in which

Another issue involves accessibility. Digital materials appear convenient because a single device

can contain hundreds of books. However, this convenience depends on reliable electricity,

functioning hardware, and appropriate software. Students whose access to these resources is

limited may be placed at a disadvantage. A school that assumes every learner can maintain

continuous access to a suitable device risks increasing rather than reducing inequality.

This does not mean digital resources should be rejected. Their ability to incorporate videos,

simulations, updated information, and interactive exercises makes them valuable educational tools.

The more reasonable approach is therefore not to choose one format exclusively but to determine

which medium is most appropriate for a particular learning objective.

For subjects requiring frequent updates, digital resources may be highly effective. For extended

reading or situations where technological access is uncertain, printed materials may remain

preferable. Rather than treating technology as a replacement for established methods, school

should view it as an additional instrument whose effectiveness depends on how thoughtfully it is

used.

The word “sustained” in paragraph 2 is closest in meaning to ….

Should Schools replace Printed Textbooks with Digital Material?

The increasing availability of digital learning materials has led some schools to consider replacing

printed textbooks entirely. Advocates argue that digital resources are cheaper to update, easier to

distribute, and capable of providing interactive learning experiences. Although these advantages

are significant, replacing printed materials altogether may create educational problems that deserve

careful consideration.

One major concern is concentration. Students often interact with digital devices in environments

filled with notifications, applications, and other distractions. Even when unnecessary functions are

disabled, the device itself can encourage students to switch between learning and entertainment.

Printed books, by contrast, provide a more limited environment in which

Another issue involves accessibility. Digital materials appear convenient because a single device

can contain hundreds of books. However, this convenience depends on reliable electricity,

functioning hardware, and appropriate software. Students whose access to these resources is

limited may be placed at a disadvantage. A school that assumes every learner can maintain

continuous access to a suitable device risks increasing rather than reducing inequality.

This does not mean digital resources should be rejected. Their ability to incorporate videos,

simulations, updated information, and interactive exercises makes them valuable educational tools.

The more reasonable approach is therefore not to choose one format exclusively but to determine

which medium is most appropriate for a particular learning objective.

For subjects requiring frequent updates, digital resources may be highly effective. For extended

reading or situations where technological access is uncertain, printed materials may remain

preferable. Rather than treating technology as a replacement for established methods, school

should view it as an additional instrument whose effectiveness depends on how thoughtfully it is

used.

What is the text mainly about?

The Floating Library of Amsterdam

At first glance, the Floating Library of Amsterdam looks less like a conventional library than a

small architectural experiment drifting quietly along the city’s canal. Its exterior is deliberately

modest: broad glass panels, a gently curved roof, and a narrow wooden deck that follows the shape

of the vessel.

Inside, the atmosphere is remarkably different from that of a typical public library. Natural light

enters through the glass walls and reflects from pale wooden surfaces, creating an open and almost

weightless impression. Bookshelves are arranged in low, movable sections rather than fixed rows.

This allows the interior to be rearranged according to changing activities, from silent reading

sessions to public discussions and children’s workshops.

What makes the library particularly distinctive is its relationship with the canal. Instead of treating

the water as a boundary separating the building from the city, the architects have incorporated it

into the experience. Visitors can sit near the edge of the deck and watch boats pass while reading.

During windy weather, however, the movement of the vessel becomes noticeable, producing a

gentle swaying sensation.

The library also reflects Amsterdam’s broader concern with adapting urban spaces to changing

environmental conditions. Its floating foundation allows it to remain function even when water

levels fluctuate. More importantly, its design demonstrate that a public building does not

necessarily need to dominate its surroundings to become meaningful.

For many visitors, the library’s greatest attraction is therefore not its collection of books. It is the

unusual sense that the building and the water are participating in the same experience.

Which features demonstrate the building’s adaptation to its environment?

The Floating Library of Amsterdam

At first glance, the Floating Library of Amsterdam looks less like a conventional library than a

small architectural experiment drifting quietly along the city’s canal. Its exterior is deliberately

modest: broad glass panels, a gently curved roof, and a narrow wooden deck that follows the shape

of the vessel.

Inside, the atmosphere is remarkably different from that of a typical public library. Natural light

enters through the glass walls and reflects from pale wooden surfaces, creating an open and almost

weightless impression. Bookshelves are arranged in low, movable sections rather than fixed rows.

This allows the interior to be rearranged according to changing activities, from silent reading

sessions to public discussions and children’s workshops.

What makes the library particularly distinctive is its relationship with the canal. Instead of treating

the water as a boundary separating the building from the city, the architects have incorporated it

into the experience. Visitors can sit near the edge of the deck and watch boats pass while reading.

During windy weather, however, the movement of the vessel becomes noticeable, producing a

gentle swaying sensation.

The library also reflects Amsterdam’s broader concern with adapting urban spaces to changing

environmental conditions. Its floating foundation allows it to remain function even when water

levels fluctuate. More importantly, its design demonstrate that a public building does not

necessarily need to dominate its surroundings to become meaningful.

For many visitors, the library’s greatest attraction is therefore not its collection of books. It is the

unusual sense that the building and the water are participating in the same experience.

The phrase “the building’s simplicity is deceptive” in paragraph 1suggests that the building…..

The Floating Library of Amsterdam

At first glance, the Floating Library of Amsterdam looks less like a conventional library than a

small architectural experiment drifting quietly along the city’s canal. Its exterior is deliberately

modest: broad glass panels, a gently curved roof, and a narrow wooden deck that follows the shape

of the vessel.

Inside, the atmosphere is remarkably different from that of a typical public library. Natural light

enters through the glass walls and reflects from pale wooden surfaces, creating an open and almost

weightless impression. Bookshelves are arranged in low, movable sections rather than fixed rows.

This allows the interior to be rearranged according to changing activities, from silent reading

sessions to public discussions and children’s workshops.

What makes the library particularly distinctive is its relationship with the canal. Instead of treating

the water as a boundary separating the building from the city, the architects have incorporated it

into the experience. Visitors can sit near the edge of the deck and watch boats pass while reading.

During windy weather, however, the movement of the vessel becomes noticeable, producing a

gentle swaying sensation.

The library also reflects Amsterdam’s broader concern with adapting urban spaces to changing

environmental conditions. Its floating foundation allows it to remain function even when water

levels fluctuate. More importantly, its design demonstrate that a public building does not

necessarily need to dominate its surroundings to become meaningful.

For many visitors, the library’s greatest attraction is therefore not its collection of books. It is the

unusual sense that the building and the water are participating in the same experience.

What is the author’s main purpose in describing the Floating Library?

How Heatwaves Become More Dangerous in Cities

A heatwave is a prolonged period of unusually high temperatures that can affect human health,

infrastructure, and natural ecosystems. Although heatwaves can occur in both rural and urban

areas, their effects are often more severe in cities. This happens because several environmental

and human factors interact to increase and retain heat.

One important factor is the concentration of heat-absorbing materials. Urban areas contain large

amounts of concrete, asphalt, and other hard surfaces. During the day, these materials absorb solar

energy and gradually release it after sunset. As a result, buildings, roads, and pavements can remain

warm long after the air temperature begins to decline. This contributes to the urban heat island

effect, in which cities become significantly warmer than surrounding areas.

The lack of vegetation can make the situation worse. Trees and other plants provide shade and

release water vapor through a process called evapotranspiration. This process consumes energy

and helps cool the surrounding environment. When vegetation is replaced by buildings and paved

surfaces, cities lose an important natural cooling mechanism.

Human activities can add even more heat. Vehicles, industrials equipment, and air-conditioning

systems release waste heat into the environment. During an extreme heat event, the increased use

of air conditioners may provide indoor relief but

Urban design can also influence how effectively heat escapes. Closely spaces buildings may

restrict air movement, allowing warm air to remain trapped between structures. Consequently,

some densely developed neighborhoods may experience higher temperatures than areas with more

open spaces and vegetation.

For these reasons, the severity of an urban heatwave is not determined by temperature alone.

Building materials, vegetation, human activity, and urban design can all influence how much heat

is absorbed, produced, and retained. Understanding these processes can help cities develop

strategies such as expanding green spaces, planting trees, improving building design, and creating

cooler public areas.

The word ‘simultaneously” in paragraph 4 is closest in meaning to ….

How Heatwaves Become More Dangerous in Cities

A heatwave is a prolonged period of unusually high temperatures that can affect human health,

infrastructure, and natural ecosystems. Although heatwaves can occur in both rural and urban

areas, their effects are often more severe in cities. This happens because several environmental

and human factors interact to increase and retain heat.

One important factor is the concentration of heat-absorbing materials. Urban areas contain large

amounts of concrete, asphalt, and other hard surfaces. During the day, these materials absorb solar

energy and gradually release it after sunset. As a result, buildings, roads, and pavements can remain

warm long after the air temperature begins to decline. This contributes to the urban heat island

effect, in which cities become significantly warmer than surrounding areas.

The lack of vegetation can make the situation worse. Trees and other plants provide shade and

release water vapor through a process called evapotranspiration. This process consumes energy

and helps cool the surrounding environment. When vegetation is replaced by buildings and paved

surfaces, cities lose an important natural cooling mechanism.

Human activities can add even more heat. Vehicles, industrials equipment, and air-conditioning

systems release waste heat into the environment. During an extreme heat event, the increased use

of air conditioners may provide indoor relief but

Urban design can also influence how effectively heat escapes. Closely spaces buildings may

restrict air movement, allowing warm air to remain trapped between structures. Consequently,

some densely developed neighborhoods may experience higher temperatures than areas with more

open spaces and vegetation.

For these reasons, the severity of an urban heatwave is not determined by temperature alone.

Building materials, vegetation, human activity, and urban design can all influence how much heat

is absorbed, produced, and retained. Understanding these processes can help cities develop

strategies such as expanding green spaces, planting trees, improving building design, and creating

cooler public areas.

What is the relationship between air-conditioning and urban heat described in the text?

How Heatwaves Become More Dangerous in Cities

A heatwave is a prolonged period of unusually high temperatures that can affect human health,

infrastructure, and natural ecosystems. Although heatwaves can occur in both rural and urban

areas, their effects are often more severe in cities. This happens because several environmental

and human factors interact to increase and retain heat.

One important factor is the concentration of heat-absorbing materials. Urban areas contain large

amounts of concrete, asphalt, and other hard surfaces. During the day, these materials absorb solar

energy and gradually release it after sunset. As a result, buildings, roads, and pavements can remain

warm long after the air temperature begins to decline. This contributes to the urban heat island

effect, in which cities become significantly warmer than surrounding areas.

The lack of vegetation can make the situation worse. Trees and other plants provide shade and

release water vapor through a process called evapotranspiration. This process consumes energy

and helps cool the surrounding environment. When vegetation is replaced by buildings and paved

surfaces, cities lose an important natural cooling mechanism.

Human activities can add even more heat. Vehicles, industrials equipment, and air-conditioning

systems release waste heat into the environment. During an extreme heat event, the increased use

of air conditioners may provide indoor relief but

Urban design can also influence how effectively heat escapes. Closely spaces buildings may

restrict air movement, allowing warm air to remain trapped between structures. Consequently,

some densely developed neighborhoods may experience higher temperatures than areas with more

open spaces and vegetation.

For these reasons, the severity of an urban heatwave is not determined by temperature alone.

Building materials, vegetation, human activity, and urban design can all influence how much heat

is absorbed, produced, and retained. Understanding these processes can help cities develop

strategies such as expanding green spaces, planting trees, improving building design, and creating

cooler public areas.

What is the main purpose of the text?

Should School Uniforms be Mandatory?

Whether students should be required to wear school uniforms remains a subject of debate.

Supporters argue that uniforms create equality and strengthen students’ sense of belonging, while

opponents believe that mandatory uniforms can restrict individual expression and create

unnecessary expenses. Therefore, schools need to consider both the advantages and disadvantages

before establishing a uniform policy.

On the one hand, school uniforms can reduce visible differences between students. When everyone

wears similar clothing, students may be less likely to judge one another based on fashion, brands,

or economic background. Uniforms can also create a stronger sense of school identity. Wearing

the same clothing may encourage students to feel that they are part of a shared community rather

than individuals with completely separate identities. In addition, uniforms can make it easier for

school staff to identify students during school activities or when they are outside the classroom.

However, requiring uniforms may limit students’ opportunities to express their personalities

through clothing. Adolescents often use appearance as one way of exploring their identity, and

strict clothing regulations may make some students feel that their individuality is being

unnecessarily restricted. Another concern is cost. Although uniforms are intended to simplify

clothing choices, purchasing several sets of special clothing can be expensive, particularly for

families with more than one school-aged child.

A possible solution is to maintain a basic dress code while allowing students some flexibility.

Schools could require certain standards of neatness and appropriateness without demanding

exactly the same clothing from everyone. Such a policy could preserve order and school identity

while giving students limited opportunities for personal expression.

Ultimately, the decision should depend on the school’s circumstances and priorities. Rather than

treating uniforms as automatically beneficial or harmful, schools should consider equality,

affordability, and students’ need for reasonable self-expression.

The statement “uniforms are intended to simplify clothing choices” implies that uniforms are expected to …..