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First Modern Age:
The final consonants -b, -d, -g, and -r were dropped, and final semivowels appeared, to form diphthongs with the main vowel. The number of tones increased to four. In the majority of the modern Chinese dialects there are usually only two grades of consonants (p and p') and, as we have noted, three consonant endings (-n, -ng, and a modern -r). The four tones of modern Chinese differ from "those of ancient Chinese in that the old first modern age tone has been subdivided into the modern first modern age and second tones and the old fourth-tone words have been distributed among the other modern tones.Although modern dance, like ballet, em¬ploys complex training methods based on body needs and the principles of movement, the cho¬reographer of modern dance does not use a basic vocabulary of movements that are the same in the classroom as on stage. And unlike ballet, modern dance has no universally accepted termi¬nology for its movements, because the choreog¬rapher of modern dance invents new movements for each new dance or gives new direction or sequence to previously used actions.
See Also Puzzle Modern Astronomy:
This might be called the universal view as opposed to the heliocentric or galactocen¬tric view. With this view, astronomers could now ask critical questions about the composition, size, and age of the universe with reasonable hope of finding meaningful answers. Modern Astronomy. The development of astronomy has thus kept pace with the accelerat¬ing development of modern technology. Curiosity about the heavens was one aspect of the expand¬ing intellectual interests that led to the Industrial Revolution, and astronomy in turn benefited from the resulting changes. The discoveries of modern astronomers could not have been made without great advances in instrumentation; for example, detailed models of stellar interiors would be im¬possible without high-speed computers. Giant new telescopes, increasingly precise instrumenta¬tion, and the orbiting of astronomical spacecraft promise even more rapid advances in astronomy in the future.ASTRONOMY, as-tronVme, is the branch of science that includes the study of the universe beyond the earth, and all that it contains. The astronomer seeks to understand the nature of the objects he observes in the universe and to ex¬plain the events taking place there. These great problems have intrigued man since he first be¬gan to study the heavens in prehistoric times, and they continue to puzzle modern astronomy him today.
On The Other Hand See Used Modern Science:
used modern science Period. The growth in Europe of truly used modern science science and technology began with the idea of experimental science, which first be¬came influential in the early 17th century. The experimental method is characterized by either specially devised experiments, which allow events to take place under known or controlled conditions, or quantitative experiments, the re¬sults of which can be handled mathematically. With this major addition to the basic methods of science, the characteristics of the scientific approach in the used modern science period were rounded out.Common Western usage of the term "science" equates it with natural science. Western educa¬tional tradition, with its assumption of a cleav¬age between natural science and other knowledge, makes it difficult to understand the interaction of science with other phases of human develop¬ment. Thus, many of the early essentials in the development of science and technology do not, in the used modern science era, appear "scientific."
