AFCAT II 2022 || Mock

A Lego brick could survive in the ocean for as many as 1,300 years, according to a new study. Researchers at the University of Plymouth analysed bricks that had washed up on the coastlines of southwest England. They confirmed the ages of individual pieces and weighed them, then compared the result with that of equivalent unused pieces. The study, published in the journal environment pollution, estimated that the bricks could endure for between 100 and 1300 years, The Independent reports. Dr Andrew Turner, associate professor in environmental sciences, said "Lego is one of the most popular children's toys in history and parts of its appeal has always been its Durability.

A Lego brick could survive in the ocean for as many as 1,300 years, according to a new study. Researchers at the University of Plymouth analysed bricks that had washed up on the coastlines of southwest England. They confirmed the ages of individual pieces and weighed them, then compared the result with that of equivalent unused pieces. The study, published in the journal environment pollution, estimated that the bricks could endure for between 100 and 1300 years, The Independent reports. Dr Andrew Turner, associate professor in environmental sciences, said "Lego is one of the most popular children's toys in history and parts of its appeal has always been its Durability.

A Lego brick could survive in the ocean for as many as 1,300 years, according to a new study. Researchers at the University of Plymouth analysed bricks that had washed up on the coastlines of southwest England. They confirmed the ages of individual pieces and weighed them, then compared the result with that of equivalent unused pieces. The study, published in the journal environment pollution, estimated that the bricks could endure for between 100 and 1300 years, The Independent reports. Dr Andrew Turner, associate professor in environmental sciences, said "Lego is one of the most popular children's toys in history and parts of its appeal has always been its Durability.

A Lego brick could survive in the ocean for as many as 1,300 years, according to a new study. Researchers at the University of Plymouth analysed bricks that had washed up on the coastlines of southwest England. They confirmed the ages of individual pieces and weighed them, then compared the result with that of equivalent unused pieces. The study, published in the journal environment pollution, estimated that the bricks could endure for between 100 and 1300 years, The Independent reports. Dr Andrew Turner, associate professor in environmental sciences, said "Lego is one of the most popular children's toys in history and parts of its appeal has always been its Durability.

Many charities are working on creating ______ (1) supplies of clean water at a grass-roots ______ (2) for different communities around the world, and this ________(3) work needs to continue and to _______(4). But the fundamental problem of increasing demand for a limited resource can only be _______(5) by more efficient use of water, especially in industry and agriculture. Waste-water recycling, capturing rainwater, more efficient irrigation techniques and reforestation are all examples of how water can be used more ________(6).

Many charities are working on creating ______ (1) supplies of clean water at a grass-roots ______ (2) for different communities around the world, and this ________(3) work needs to continue and to _______(4). But the fundamental problem of increasing demand for a limited resource can only be _______(5) by more efficient use of water, especially in industry and agriculture. Waste-water recycling, capturing rainwater, more efficient irrigation techniques and reforestation are all examples of how water can be used more ________(6).

Many charities are working on creating ______ (1) supplies of clean water at a grass-roots ______ (2) for different communities around the world, and this ________(3) work needs to continue and to _______(4). But the fundamental problem of increasing demand for a limited resource can only be _______(5) by more efficient use of water, especially in industry and agriculture. Waste-water recycling, capturing rainwater, more efficient irrigation techniques and reforestation are all examples of how water can be used more ________(6).

Many charities are working on creating ______ (1) supplies of clean water at a grass-roots ______ (2) for different communities around the world, and this ________(3) work needs to continue and to _______(4). But the fundamental problem of increasing demand for a limited resource can only be _______(5) by more efficient use of water, especially in industry and agriculture. Waste-water recycling, capturing rainwater, more efficient irrigation techniques and reforestation are all examples of how water can be used more ________(6).

Many charities are working on creating ______ (1) supplies of clean water at a grass-roots ______ (2) for different communities around the world, and this ________(3) work needs to continue and to _______(4). But the fundamental problem of increasing demand for a limited resource can only be _______(5) by more efficient use of water, especially in industry and agriculture. Waste-water recycling, capturing rainwater, more efficient irrigation techniques and reforestation are all examples of how water can be used more ________(6).

Many charities are working on creating ______ (1) supplies of clean water at a grass-roots ______ (2) for different communities around the world, and this ________(3) work needs to continue and to _______(4). But the fundamental problem of increasing demand for a limited resource can only be _______(5) by more efficient use of water, especially in industry and agriculture. Waste-water recycling, capturing rainwater, more efficient irrigation techniques and reforestation are all examples of how water can be used more ________(6).