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UTBK/SNBT Bahasa Inggris: Pertanyaan, Jawaban, Latihan Soal & Pembahasan

Urutkan

Matahari M

26 Januari 2022 08:13

Tea is a natural drink that has been used for millennia, for pleasure and medicine. Native to Asia, tea is now drunk everywhere and is the most popular drink in the world. There are numerous health benefits of drinking tea, from supporting weight loss to reducing cholesterol, and possibly reducing the risk of various types of cancer. For patients living with mesothelioma or other types of cancer, drinking tea can be a positive way to support overall health. Being healthier while going through treatment may make it more effective and will certainly make treatment more tolerable. There also may be some new and exciting evidence that a substance in green tea could slow ·and even stop the growth of cancer in the body. Studies of the effects of tea on health or on cancer risk or treatment usually refer to true tea, a drink made from the plant Camellia sinensis. This includes black tea and green tea. Herbal teas are not true teas, as they are made from other plants, or mixtures of plants, herbs, and fruit. Examples of herbal teas are- peppermint, chamomile, and hibiscus. Among the true teas, there are important differences: • Black tea. All true teas are made from the leaves of sinensis, but are allowed to oxidize for varying amounts of time. Leaves picked for black tea are rolled and bruised and then al lowed to oxidize and wilt. This changes the chemical makeup of the leaves and darkens them, producing characteristic tea flavor and aroma. This is the most common tea drunk in Europe and North America. • Green tea. Green tea is made from tea leaves that have not been rolled or bruised at all and have not been allowed to oxidize. Green tea is more commonly drunk in Asia, but has become more popular in the west. All the true teas contain a mix of chemical compounds, but it is the group of catechins that are credited with health benefits of tea. Green tea contains the most catechin substances because of the minimal oxidation the leaves undergo. One catechin that has been studied the most is called EGCG. According to the National Cancer Institute, the polyphenols in tea have been shown to decrease tumor growth in laboratory and animal studies and may protect against damage caused by ultraviolet UVB radiation. Researchers believe that it is the high level of polyphenols in tea that helps kill cancerous cells and stop them from growing. However, the exact mechanisms by which tea interacts with cancerous cells is unknown. A 2006 study published in the Journal of the American Medical Association concluded that green tea consumption is associated with reduced mortality due to all causes, including cardiovascular disease. The study followed over 40,000 Japanese participants between the ages of 40 and 79 for 11 years, starting in 1994. The participants who drank at least 5 cups of green tea per day had a significantly lower risk of dying (especially from cardiovascular disease) than those who drank less than one cup of tea per day. Green tea contains catechins, polyphenolic compounds that are thought to exert numerous protective effects, particularly on the cardiovascular system. Adapted from https://mesothelioma.net/benefits-tea-cancer-patients/ In which paragraph does the author discuss about the effect of tea which can reduce the death rate? (A) paragraph 1. (B) paragraph 2. (C) paragraph 3. (D) paragraph 4. (E) paragraph 5.

1

1

Jawaban terverifikasi

Melati M

26 Januari 2022 08:13

Tea is a natural drink that has been used for millennia, for pleasure and medicine. Native to Asia, tea is now drunk everywhere and is the most popular drink in the world. There are numerous health benefits of drinking tea, from supporting weight loss to reducing cholesterol, and possibly reducing the risk of various types of cancer. For patients living with mesothelioma or other types of cancer, drinking tea can be a positive way to support overall health. Being healthier while going through treatment may make it more effective and will certainly make treatment more tolerable. There also may be some new and exciting evidence that a substance in green tea could slow ·and even stop the growth of cancer in the body. Studies of the effects of tea on health or on cancer risk or treatment usually refer to true tea, a drink made from the plant Camellia sinensis. This includes black tea and green tea. Herbal teas are not true teas, as they are made from other plants, or mixtures of plants, herbs, and fruit. Examples of herbal teas are- peppermint, chamomile, and hibiscus. Among the true teas, there are important differences: • Black tea. All true teas are made from the leaves of sinensis, but are allowed to oxidize for varying amounts of time. Leaves picked for black tea are rolled and bruised and then al lowed to oxidize and wilt. This changes the chemical makeup of the leaves and darkens them, producing characteristic tea flavor and aroma. This is the most common tea drunk in Europe and North America. • Green tea. Green tea is made from tea leaves that have not been rolled or bruised at all and have not been allowed to oxidize. Green tea is more commonly drunk in Asia, but has become more popular in the west. All the true teas contain a mix of chemical compounds, but it is the group of catechins that are credited with health benefits of tea. Green tea contains the most catechin substances because of the minimal oxidation the leaves undergo. One catechin that has been studied the most is called EGCG. According to the National Cancer Institute, the polyphenols in tea have been shown to decrease tumor growth in laboratory and animal studies and may protect against damage caused by ultraviolet UVB radiation. Researchers believe that it is the high level of polyphenols in tea that helps kill cancerous cells and stop them from growing. However, the exact mechanisms by which tea interacts with cancerous cells is unknown. A 2006 study published in the Journal of the American Medical Association concluded that green tea consumption is associated with reduced mortality due to all causes, including cardiovascular disease. The study followed over 40,000 Japanese participants between the ages of 40 and 79 for 11 years, starting in 1994. The participants who drank at least 5 cups of green tea per day had a significantly lower risk of dying (especially from cardiovascular disease) than those who drank less than one cup of tea per day. Green tea contains catechins, polyphenolic compounds that are thought to exert numerous protective effects, particularly on the cardiovascular system. Adapted from https://mesothelioma.net/benefits-tea-cancer-patients/ To whom is the text intended? (A) People who haven't known the benefits of tea. (B) Non tea lovers who hate drinking tea. (C) Tea lovers who have much knowlegde about the benefits of tea. (D) Cancer patients who have recovered from cancer. (E) Tea farmers who sell all kinds of teas to cancer patients.

1

1

Jawaban terverifikasi

Mawar M

26 Januari 2022 08:13

Tea is a natural drink that has been used for millennia, for pleasure and medicine. Native to Asia, tea is now drunk everywhere and is the most popular drink in the world. There are numerous health benefits of drinking tea, from supporting weight loss to reducing cholesterol, and possibly reducing the risk of various types of cancer. For patients living with mesothelioma or other types of cancer, drinking tea can be a positive way to support overall health. Being healthier while going through treatment may make it more effective and will certainly make treatment more tolerable. There also may be some new and exciting evidence that a substance in green tea could slow ·and even stop the growth of cancer in the body. Studies of the effects of tea on health or on cancer risk or treatment usually refer to true tea, a drink made from the plant Camellia sinensis. This includes black tea and green tea. Herbal teas are not true teas, as they are made from other plants, or mixtures of plants, herbs, and fruit. Examples of herbal teas are- peppermint, chamomile, and hibiscus. Among the true teas, there are important differences: • Black tea. All true teas are made from the leaves of sinensis, but are allowed to oxidize for varying amounts of time. Leaves picked for black tea are rolled and bruised and then al lowed to oxidize and wilt. This changes the chemical makeup of the leaves and darkens them, producing characteristic tea flavor and aroma. This is the most common tea drunk in Europe and North America. • Green tea. Green tea is made from tea leaves that have not been rolled or bruised at all and have not been allowed to oxidize. Green tea is more commonly drunk in Asia, but has become more popular in the west. All the true teas contain a mix of chemical compounds, but it is the group of catechins that are credited with health benefits of tea. Green tea contains the most catechin substances because of the minimal oxidation the leaves undergo. One catechin that has been studied the most is called EGCG. According to the National Cancer Institute, the polyphenols in tea have been shown to decrease tumor growth in laboratory and animal studies and may protect against damage caused by ultraviolet UVB radiation. Researchers believe that it is the high level of polyphenols in tea that helps kill cancerous cells and stop them from growing. However, the exact mechanisms by which tea interacts with cancerous cells is unknown. A 2006 study published in the Journal of the American Medical Association concluded that green tea consumption is associated with reduced mortality due to all causes, including cardiovascular disease. The study followed over 40,000 Japanese participants between the ages of 40 and 79 for 11 years, starting in 1994. The participants who drank at least 5 cups of green tea per day had a significantly lower risk of dying (especially from cardiovascular disease) than those who drank less than one cup of tea per day. Green tea contains catechins, polyphenolic compounds that are thought to exert numerous protective effects, particularly on the cardiovascular system. Adapted from https://mesothelioma.net/benefits-tea-cancer-patients/ What will a non tea drinker likely do after reading the passage? (A) He will directly avoid drinking tea. (B) He will realize that tea has many benefits. (C) He remains not drinking tea. (D) He will evaluate why tea is popular. (E) He will try to buy green tea.

4

1

Jawaban terverifikasi

Fifa H

26 Januari 2022 08:13

Tea is a natural drink that has been used for millennia, for pleasure and medicine. Native to Asia, tea is now drunk everywhere and is the most popular drink in the world. There are numerous health benefits of drinking tea, from supporting weight loss to reducing cholesterol, and possibly reducing the risk of various types of cancer. For patients living with mesothelioma or other types of cancer, drinking tea can be a positive way to support overall health. Being healthier while going through treatment may make it more effective and will certainly make treatment more tolerable. There also may be some new and exciting evidence that a substance in green tea could slow ·and even stop the growth of cancer in the body. Studies of the effects of tea on health or on cancer risk or treatment usually refer to true tea, a drink made from the plant Camellia sinensis. This includes black tea and green tea. Herbal teas are not true teas, as they are made from other plants, or mixtures of plants, herbs, and fruit. Examples of herbal teas are- peppermint, chamomile, and hibiscus. Among the true teas, there are important differences: • Black tea. All true teas are made from the leaves of sinensis, but are allowed to oxidize for varying amounts of time. Leaves picked for black tea are rolled and bruised and then al lowed to oxidize and wilt. This changes the chemical makeup of the leaves and darkens them, producing characteristic tea flavor and aroma. This is the most common tea drunk in Europe and North America. • Green tea. Green tea is made from tea leaves that have not been rolled or bruised at all and have not been allowed to oxidize. Green tea is more commonly drunk in Asia, but has become more popular in the west. All the true teas contain a mix of chemical compounds, but it is the group of catechins that are credited with health benefits of tea. Green tea contains the most catechin substances because of the minimal oxidation the leaves undergo. One catechin that has been studied the most is called EGCG. According to the National Cancer Institute, the polyphenols in tea have been shown to decrease tumor growth in laboratory and animal studies and may protect against damage caused by ultraviolet UVB radiation. Researchers believe that it is the high level of polyphenols in tea that helps kill cancerous cells and stop them from growing. However, the exact mechanisms by which tea interacts with cancerous cells is unknown. A 2006 study published in the Journal of the American Medical Association concluded that green tea consumption is associated with reduced mortality due to all causes, including cardiovascular disease. The study followed over 40,000 Japanese participants between the ages of 40 and 79 for 11 years, starting in 1994. The participants who drank at least 5 cups of green tea per day had a significantly lower risk of dying (especially from cardiovascular disease) than those who drank less than one cup of tea per day. Green tea contains catechins, polyphenolic compounds that are thought to exert numerous protective effects, particularly on the cardiovascular system. Adapted from https://mesothelioma.net/benefits-tea-cancer-patients/ What most likely motivates the writer in writing the passage? (A) To inform people more detail about the abundant benefits of tea. (B) To argue why people drink tea rather than coffee. (C) To discuss what makes people get cancer caused by lack of drinking tea. · (D) To describe how tea can cure several ilnesses related to cancer. (E) To cite significant effects of green tea for tea drinkers.

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1

Jawaban terverifikasi

Matahari M

26 Januari 2022 08:13

Before sending the first woman and next man to the moon, NASA will send a golf cart-sized rover to the lunar south pole to search for sources of ice water. The space agency hopes to have the rover exploring the moon's surface by December 2022. The new spacecraft was announced Friday at the International Astronautical Congress, a yearly conference where much of the international aerospace community gathers. The Volatiles Investigating Polar Exploration Rover, or VIPER, will travel several miles on the moon over 1 00 days, searching the soil for water. Its findings will help NASA choose where to send astronauts as part of the Artemis program aimed at putting humans back on the moon to stay. The space agency wants to choose a landing site with plenty of ice water to use as a resource. "This rover will help us answer the many questions we have about where the water is, and how much there is for us to use," VIPER project manager Daniel Andrews said in a press announcement. VIPER will have four key instruments to detect water. The Neutron Spectrometer System will detect wet areas below the surface. Once an area looks promising, the rover will deploy its TRIDENT drill to dig into the soil. Two other instruments will analyze soil samples. On the mission, VIPER will collect different kinds of soil from different areas of the moon, letting scientists map out exact locations where water is likely located. With the Artemis missions beginning in the 2020s, water will be a key resource on the moon - and deposits of ice water crucial for the longevity of a human settlement. It's not just drinking water that's in demand, either. Eventually, by mining the water ice, astronauts may be able to extract its hydrogen and oxygen and then use it to create rocket fuel. That could reduce the amount of fuel and supplies astronauts have to bring with them to the moon, and even support future missions to Mars. "It can be used, and we need to use it, not just for life support but maybe even rocket fuel," said NASA administrator Jim Bridenstine. Astronomers found water ice near the moon's south pole back in 2009, and scientists think it's a promising spot to find more. And it's not just NASA looking into the resources that might be hidden there. In September, India attempted to send its first lunar rover to the south pole to map the area and explore the region for water. However, the lander malfunctioned and crashed on the surface. Engineers are already testing models of VIPER to see how it will move and function on the surface of the moon. The final VIPER rover is being created by various NASA research centers, along with commercial partner, Honeybee Robotics, a Brooklyn-based company. Source: https :1/www .discovermagazine .com/the-sciences/nasa-is-sending-arover-to-the-moon-to-find-water-for-astronauts From the text it can be concluded that (A) This exploration is the first lunar voyage made by NASA. (B) The ice water is predicted to be used by human settelments on earth. (C) Hydrogen and Oxygen are the main source to create a rocket fuel for astronauts to come back to Earth. (D) India was once sent a lunar rover nevertheless it brought nothing. (E) VIPER is the most sophisticated tool sent to the moon by NASA scientists in early 20th century.

1

1

Jawaban terverifikasi

Melati M

26 Januari 2022 08:13

Before sending the first woman and next man to the moon, NASA will send a golf cart-sized rover to the lunar south pole to search for sources of ice water. The space agency hopes to have the rover exploring the moon's surface by December 2022. The new spacecraft was announced Friday at the International Astronautical Congress, a yearly conference where much of the international aerospace community gathers. The Volatiles Investigating Polar Exploration Rover, or VIPER, will travel several miles on the moon over 1 00 days, searching the soil for water. Its findings will help NASA choose where to send astronauts as part of the Artemis program aimed at putting humans back on the moon to stay. The space agency wants to choose a landing site with plenty of ice water to use as a resource. "This rover will help us answer the many questions we have about where the water is, and how much there is for us to use," VIPER project manager Daniel Andrews said in a press announcement. VIPER will have four key instruments to detect water. The Neutron Spectrometer System will detect wet areas below the surface. Once an area looks promising, the rover will deploy its TRIDENT drill to dig into the soil. Two other instruments will analyze soil samples. On the mission, VIPER will collect different kinds of soil from different areas of the moon, letting scientists map out exact locations where water is likely located. With the Artemis missions beginning in the 2020s, water will be a key resource on the moon - and deposits of ice water crucial for the longevity of a human settlement. It's not just drinking water that's in demand, either. Eventually, by mining the water ice, astronauts may be able to extract its hydrogen and oxygen and then use it to create rocket fuel. That could reduce the amount of fuel and supplies astronauts have to bring with them to the moon, and even support future missions to Mars. "It can be used, and we need to use it, not just for life support but maybe even rocket fuel," said NASA administrator Jim Bridenstine. Astronomers found water ice near the moon's south pole back in 2009, and scientists think it's a promising spot to find more. And it's not just NASA looking into the resources that might be hidden there. In September, India attempted to send its first lunar rover to the south pole to map the area and explore the region for water. However, the lander malfunctioned and crashed on the surface. Engineers are already testing models of VIPER to see how it will move and function on the surface of the moon. The final VIPER rover is being created by various NASA research centers, along with commercial partner, Honeybee Robotics, a Brooklyn-based company. Source: https :1/www .discovermagazine .com/the-sciences/nasa-is-sending-arover-to-the-moon-to-find-water-for-astronauts What is the author's attitude toward the moon exploration? (A) Objective. (B) Neutral. (C) Concerned. (D) Optimistics. (E) Assertive.

1

1

Jawaban terverifikasi

Mawar M

26 Januari 2022 08:13

Before sending the first woman and next man to the moon, NASA will send a golf cart-sized rover to the lunar south pole to search for sources of ice water. The space agency hopes to have the rover exploring the moon's surface by December 2022. The new spacecraft was announced Friday at the International Astronautical Congress, a yearly conference where much of the international aerospace community gathers. The Volatiles Investigating Polar Exploration Rover, or VIPER, will travel several miles on the moon over 1 00 days, searching the soil for water. Its findings will help NASA choose where to send astronauts as part of the Artemis program aimed at putting humans back on the moon to stay. The space agency wants to choose a landing site with plenty of ice water to use as a resource. "This rover will help us answer the many questions we have about where the water is, and how much there is for us to use," VIPER project manager Daniel Andrews said in a press announcement. VIPER will have four key instruments to detect water. The Neutron Spectrometer System will detect wet areas below the surface. Once an area looks promising, the rover will deploy its TRIDENT drill to dig into the soil. Two other instruments will analyze soil samples. On the mission, VIPER will collect different kinds of soil from different areas of the moon, letting scientists map out exact locations where water is likely located. With the Artemis missions beginning in the 2020s, water will be a key resource on the moon - and deposits of ice water crucial for the longevity of a human settlement. It's not just drinking water that's in demand, either. Eventually, by mining the water ice, astronauts may be able to extract its hydrogen and oxygen and then use it to create rocket fuel. That could reduce the amount of fuel and supplies astronauts have to bring with them to the moon, and even support future missions to Mars. "It can be used, and we need to use it, not just for life support but maybe even rocket fuel," said NASA administrator Jim Bridenstine. Astronomers found water ice near the moon's south pole back in 2009, and scientists think it's a promising spot to find more. And it's not just NASA looking into the resources that might be hidden there. In September, India attempted to send its first lunar rover to the south pole to map the area and explore the region for water. However, the lander malfunctioned and crashed on the surface. Engineers are already testing models of VIPER to see how it will move and function on the surface of the moon. The final VIPER rover is being created by various NASA research centers, along with commercial partner, Honeybee Robotics, a Brooklyn-based company. Source: https :1/www .discovermagazine .com/the-sciences/nasa-is-sending-arover-to-the-moon-to-find-water-for-astronauts Referring to the first paragraph, how is the information in the first sentence relates to in the second sentence? (A) The first sentence gives the issue and the second sentence supports the issue. (B) The first sentence describes the method and the second sentence expects the result. (C) Both sentences give examples of the method in exploring the moon. (D) The first sentence presents the topic while the second contradicts the idea. (E) The first sentence presents the background while the second sentence conveys the result.

3

1

Jawaban terverifikasi

Fifa H

26 Januari 2022 08:13

Before sending the first woman and next man to the moon, NASA will send a golf cart-sized rover to the lunar south pole to search for sources of ice water. The space agency hopes to have the rover exploring the moon's surface by December 2022. The new spacecraft was announced Friday at the International Astronautical Congress, a yearly conference where much of the international aerospace community gathers. The Volatiles Investigating Polar Exploration Rover, or VIPER, will travel several miles on the moon over 1 00 days, searching the soil for water. Its findings will help NASA choose where to send astronauts as part of the Artemis program aimed at putting humans back on the moon to stay. The space agency wants to choose a landing site with plenty of ice water to use as a resource. "This rover will help us answer the many questions we have about where the water is, and how much there is for us to use," VIPER project manager Daniel Andrews said in a press announcement. VIPER will have four key instruments to detect water. The Neutron Spectrometer System will detect wet areas below the surface. Once an area looks promising, the rover will deploy its TRIDENT drill to dig into the soil. Two other instruments will analyze soil samples. On the mission, VIPER will collect different kinds of soil from different areas of the moon, letting scientists map out exact locations where water is likely located. With the Artemis missions beginning in the 2020s, water will be a key resource on the moon - and deposits of ice water crucial for the longevity of a human settlement. It's not just drinking water that's in demand, either. Eventually, by mining the water ice, astronauts may be able to extract its hydrogen and oxygen and then use it to create rocket fuel. That could reduce the amount of fuel and supplies astronauts have to bring with them to the moon, and even support future missions to Mars. "It can be used, and we need to use it, not just for life support but maybe even rocket fuel," said NASA administrator Jim Bridenstine. Astronomers found water ice near the moon's south pole back in 2009, and scientists think it's a promising spot to find more. And it's not just NASA looking into the resources that might be hidden there. In September, India attempted to send its first lunar rover to the south pole to map the area and explore the region for water. However, the lander malfunctioned and crashed on the surface. Engineers are already testing models of VIPER to see how it will move and function on the surface of the moon. The final VIPER rover is being created by various NASA research centers, along with commercial partner, Honeybee Robotics, a Brooklyn-based company. Source: https :1/www .discovermagazine .com/the-sciences/nasa-is-sending-arover-to-the-moon-to-find-water-for-astronauts What is the auhor primarily concerned in the passage? (A) The NASA discovery of ice source in the moon by using VIPER. (B) The NASA plan to search for sources of ice water " on the surface of the moon by using VIPER. (C) The qual ification of NASA in finding the valuable sources on the moon by using VIPER. (D) The NASA mission by sending golf cart-sized rover to find ice source without using VIPER. (E) The NASA initial idea of searching the possibilty of life on the moon by using VIPER.

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1

Jawaban terverifikasi

Matahari M

26 Januari 2022 08:13

The McMurdo Dry Valleys Long-Term Ecological Research (LTER) site is on McMurdo Sound's western coast, amid the largest, relatively ice-free area on the Antarctic continent. With its low temperatures, limited precipitation and salt accumulation, the dry valleys region is one where life approaches its environmental limits. The original objectives of the McMurdo L TER were to understand the influence of physical and biological constraints on the structure and function of dry val ley ecosystems and the effects of erosion and other kinds of material transport. As the work evolved, the objectives expanded to include more complex questions about biodiversity, the impact of climatic legacies and ecosystem structure and function. All ecosystems are dependent upon. liquid water and shaped to varying degrees by climate and material transport, but nowhere is this more apparent than in the McMurdo Dry Valleys. In few places on this planet are there environments where minor changes in climate so dramatically affect the capabilities of organisms to grow and reproduce. Indeed, the data L TER researchers collect indicate that the dry valleys are very sensitive to small variations in solar radiation and temperature and that this site may well be an important natural regional-scale laboratory for studying responses to human alterations of climate. Taken from: https://www.research.gov/research-portal/appmanager/base/desktop? _nfpb=true&_windowlabel=researchAssets_1 _1 &_uriType=action&wlpresearchAssets_ 1 _ 1 _id=%2F researchG ov%2 FResearchAsset%2 FPubl icAffairs %2FMc MurdoDryVal leyslongT erm Ecolo gicaiResearchSite.html&wlpresearchAssets_1_1_action=selectAssetDetail The original objectives of the McMurdo L TER were to understand the influence of physical and biological ... on the structure and function of dry val ley ecosystems and the effects of erosion and other kinds of material transport. (A) restriction (B) weakness (C) concentation (D) furtherance (E) escalation

1

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Jawaban terverifikasi

Melati M

26 Januari 2022 08:13

The McMurdo Dry Valleys Long-Term Ecological Research (LTER) site is on McMurdo Sound's western coast, amid the largest, relatively ice-free area on the Antarctic continent. With its low temperatures, limited precipitation and salt accumulation, the dry valleys region is one where life approaches its environmental limits. The original objectives of the McMurdo L TER were to understand the influence of physical and biological constraints on the structure and function of dry val ley ecosystems and the effects of erosion and other kinds of material transport. As the work evolved, the objectives expanded to include more complex questions about biodiversity, the impact of climatic legacies and ecosystem structure and function. All ecosystems are dependent upon. liquid water and shaped to varying degrees by climate and material transport, but nowhere is this more apparent than in the McMurdo Dry Valleys. In few places on this planet are there environments where minor changes in climate so dramatically affect the capabilities of organisms to grow and reproduce. Indeed, the data L TER researchers collect indicate that the dry valleys are very sensitive to small variations in solar radiation and temperature and that this site may well be an important natural regional-scale laboratory for studying responses to human alterations of climate. Taken from: https://www.research.gov/research-portal/appmanager/base/desktop? _nfpb=true&_windowlabel=researchAssets_1 _1 &_uriType=action&wlpresearchAssets_ 1 _ 1 _id=%2F researchG ov%2 FResearchAsset%2 FPubl icAffairs %2FMc MurdoDryVal leyslongT erm Ecolo gicaiResearchSite.html&wlpresearchAssets_1_1_action=selectAssetDetail The word sensitive in the last paragraph is closest in meaning to (A) impassive. (D) steady. (B) susceptible. (E) clinging. (C) insensitive.

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Jawaban terverifikasi
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