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Câu hỏi: Read the following passage and mark the letter A, B, C, or D to indicate the answer to each of the question.
Scientists have uncovered the physics behind the process known as conching, which is responsible for creating chocolate's distinctive smooth texture. The findings may hold the key to producing confectionary with lower fat content, and could help make chocolate manufacturing more energy efficient.
A team led by the University of Edinburgh studied mixtures resembling liquid chocolate created using the conching process, developed by Swiss confectioner Rodolphe Lindt in 1879. Their analysis, which involved measuring the density of mixtures and how they flow at various stages of the process, suggests conching may alter the physical properties of the microscopic sugar crystals. Until now, the science behind the process was poorly understood.
The new research reveals that conching, which involves mixing ingredients for several hours, produces smooth molten chocolate by breaking down lumps of ingredients into finer grains and reducing friction between particles. Before the invention of conching, chocolate had a grainy texture. This is because the ingredients form rough, irregular clumps that do not flow smoothly when mixed with cocoa butter using other methods, the team says. Their insights could also help improve processes used in other sectors such as ceramics manufacturing and cement production, which rely on the mixing of powders and liquids.
The study, published in Proceedings of the National Academy of Sciences, involved a collaboration with researchers from New York University. The work in Edinburgh was funded by Mars Chocolate UK and the Engineering and Physical Sciences Research Council. Professor Wilson Poon, of the University of Edinburgh's School of Physics and Astronomy, who led the study, said: "We hope our work can help reduce the amount of energy used in the conching process and lead to greener manufacturing of the world's most popular confectionary product. By studying chocolate making, we have been able to gain new insights into the fundamental physics of how complex mixtures flow. This is a great example of how physics can build bridges between disciplines and sectors."
A. The leader of the study thinks that only physics can connect different sectors.
B. The amount of energy used in conching was reduced thanks to the study.
C. Scientists and employees from Mars Chocolate UK worked together in the study.
D. The study's findings may benefit other areas besides science.
Scientists have uncovered the physics behind the process known as conching, which is responsible for creating chocolate's distinctive smooth texture. The findings may hold the key to producing confectionary with lower fat content, and could help make chocolate manufacturing more energy efficient.
A team led by the University of Edinburgh studied mixtures resembling liquid chocolate created using the conching process, developed by Swiss confectioner Rodolphe Lindt in 1879. Their analysis, which involved measuring the density of mixtures and how they flow at various stages of the process, suggests conching may alter the physical properties of the microscopic sugar crystals. Until now, the science behind the process was poorly understood.
The new research reveals that conching, which involves mixing ingredients for several hours, produces smooth molten chocolate by breaking down lumps of ingredients into finer grains and reducing friction between particles. Before the invention of conching, chocolate had a grainy texture. This is because the ingredients form rough, irregular clumps that do not flow smoothly when mixed with cocoa butter using other methods, the team says. Their insights could also help improve processes used in other sectors such as ceramics manufacturing and cement production, which rely on the mixing of powders and liquids.
The study, published in Proceedings of the National Academy of Sciences, involved a collaboration with researchers from New York University. The work in Edinburgh was funded by Mars Chocolate UK and the Engineering and Physical Sciences Research Council. Professor Wilson Poon, of the University of Edinburgh's School of Physics and Astronomy, who led the study, said: "We hope our work can help reduce the amount of energy used in the conching process and lead to greener manufacturing of the world's most popular confectionary product. By studying chocolate making, we have been able to gain new insights into the fundamental physics of how complex mixtures flow. This is a great example of how physics can build bridges between disciplines and sectors."
(Adapted from https://www.sciencedaily.com)
What can be inferred from the last paragraph?A. The leader of the study thinks that only physics can connect different sectors.
B. The amount of energy used in conching was reduced thanks to the study.
C. Scientists and employees from Mars Chocolate UK worked together in the study.
D. The study's findings may benefit other areas besides science.
Kiến thức: Đọc hiểu – chi tiết
Giải thích: Điều gì có thể được suy ra từ đoạn cuối?
A. Người lãnh đạo nghiên cứu cho rằng chỉ có vật lý mới có thể kết nối các ngành khác nhau.
B. Lượng năng lượng được sử dụng trong quá trình làm vỏ xò đã giảm nhờ vào nghiên cứu.
C. Các nhà khoa học và nhân viên từ Mars Chocolate UK đã làm việc cùng nhau trong nghiên cứu.
D. Các kết quả nghiên cứu có thể mang lại lợi ích cho các lĩnh vực khác ngoài khoa học.
Thông tin: By studying chocolate making, we have been able to gain new insights into the fundamental physics of how complex mixtures flow. This is a great example of how physics can build bridges between disciplines and sectors."
Tạm dịch: Bằng cách nghiên cứu làm sô cô la, chúng tôi đã có thể có được những hiểu biết mới về vật lý cơ bản về cách hỗn hợp phức tạp chảy. Đây là một ví dụ tuyệt vời về cách vật lý có thể xây dựng cầu nối giữa các lĩnh vực và ngành. "
Giải thích: Điều gì có thể được suy ra từ đoạn cuối?
A. Người lãnh đạo nghiên cứu cho rằng chỉ có vật lý mới có thể kết nối các ngành khác nhau.
B. Lượng năng lượng được sử dụng trong quá trình làm vỏ xò đã giảm nhờ vào nghiên cứu.
C. Các nhà khoa học và nhân viên từ Mars Chocolate UK đã làm việc cùng nhau trong nghiên cứu.
D. Các kết quả nghiên cứu có thể mang lại lợi ích cho các lĩnh vực khác ngoài khoa học.
Thông tin: By studying chocolate making, we have been able to gain new insights into the fundamental physics of how complex mixtures flow. This is a great example of how physics can build bridges between disciplines and sectors."
Tạm dịch: Bằng cách nghiên cứu làm sô cô la, chúng tôi đã có thể có được những hiểu biết mới về vật lý cơ bản về cách hỗn hợp phức tạp chảy. Đây là một ví dụ tuyệt vời về cách vật lý có thể xây dựng cầu nối giữa các lĩnh vực và ngành. "
Đáp án D.