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The human ear is able to distinguish 2 sounds separated by an interval of 0.1s.Since the speed of sound is about 340m / s then for 0.1s sound travels 34m. When the obstacle is located about 17m away from the source, the reflected sound is heard separated from the released trunk, thus echoing. "A boy is calling from the top of a high rock. In front of him, 100m away, is the side of a mountain. After how many seconds does he hear his echo?"? for Physics 2024 is part of Physics preparation. The Question and answers have been prepared according to the Physics exam syllabus. Information about The human ear is able to distinguish 2 sounds separated by an interval of 0.1s.Since the speed of sound is about 340m / s then for 0.1s sound travels 34m. When the obstacle is located about 17m away from the source, the reflected sound is heard separated from the released trunk, thus echoing. "A boy is calling from the top of a high rock. In front of him, 100m away, is the side of a mountain. After how many seconds does he hear his echo?"? covers all topics & solutions for Physics 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for The human ear is able to distinguish 2 sounds separated by an interval of 0.1s.Since the speed of sound is about 340m / s then for 0.1s sound travels 34m. When the obstacle is located about 17m away from the source, the reflected sound is heard separated from the released trunk, thus echoing. "A boy is calling from the top of a high rock. In front of him, 100m away, is the side of a mountain. After how many seconds does he hear his echo?"?.

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Here you can find the meaning of The human ear is able to distinguish 2 sounds separated by an interval of 0.1s.Since the speed of sound is about 340m / s then for 0.1s sound travels 34m. When the obstacle is located about 17m away from the source, the reflected sound is heard separated from the released trunk, thus echoing. "A boy is calling from the top of a high rock. In front of him, 100m away, is the side of a mountain. After how many seconds does he hear his echo?"? defined & explained in the simplest way possible. Besides giving the explanation of The human ear is able to distinguish 2 sounds separated by an interval of 0.1s.Since the speed of sound is about 340m / s then for 0.1s sound travels 34m. When the obstacle is located about 17m away from the source, the reflected sound is heard separated from the released trunk, thus echoing. "A boy is calling from the top of a high rock. In front of him, 100m away, is the side of a mountain. After how many seconds does he hear his echo?"?, a detailed solution for The human ear is able to distinguish 2 sounds separated by an interval of 0.1s.Since the speed of sound is about 340m / s then for 0.1s sound travels 34m. When the obstacle is located about 17m away from the source, the reflected sound is heard separated from the released trunk, thus echoing. "A boy is calling from the top of a high rock. In front of him, 100m away, is the side of a mountain. After how many seconds does he hear his echo?"? has been provided alongside types of The human ear is able to distinguish 2 sounds separated by an interval of 0.1s.Since the speed of sound is about 340m / s then for 0.1s sound travels 34m. When the obstacle is located about 17m away from the source, the reflected sound is heard separated from the released trunk, thus echoing. "A boy is calling from the top of a high rock. In front of him, 100m away, is the side of a mountain. After how many seconds does he hear his echo?"? theory, EduRev gives you an ample number of questions to practice The human ear is able to distinguish 2 sounds separated by an interval of 0.1s.Since the speed of sound is about 340m / s then for 0.1s sound travels 34m. When the obstacle is located about 17m away from the source, the reflected sound is heard separated from the released trunk, thus echoing. "A boy is calling from the top of a high rock. In front of him, 100m away, is the side of a mountain. After how many seconds does he hear his echo?"? tests, examples and also practice Physics tests.