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A car initially at rest, 330m away from stationary observer . It begins to move toward the observer with an acceleration of 1.1 ms-2 , sounding its horn continuously. 20s later the driver stops sounding the horn. The velocity of sound in air is 330. The observer will hear the sound of the horn for a duration of? for NEET 2024 is part of NEET preparation. The Question and answers have been prepared
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A car initially at rest, 330m away from stationary observer . It begins to move toward the observer with an acceleration of 1.1 ms-2 , sounding its horn continuously. 20s later the driver stops sounding the horn. The velocity of sound in air is 330. The observer will hear the sound of the horn for a duration of?, a detailed solution for A car initially at rest, 330m away from stationary observer . It begins to move toward the observer with an acceleration of 1.1 ms-2 , sounding its horn continuously. 20s later the driver stops sounding the horn. The velocity of sound in air is 330. The observer will hear the sound of the horn for a duration of? has been provided alongside types of A car initially at rest, 330m away from stationary observer . It begins to move toward the observer with an acceleration of 1.1 ms-2 , sounding its horn continuously. 20s later the driver stops sounding the horn. The velocity of sound in air is 330. The observer will hear the sound of the horn for a duration of? theory, EduRev gives you an
ample number of questions to practice A car initially at rest, 330m away from stationary observer . It begins to move toward the observer with an acceleration of 1.1 ms-2 , sounding its horn continuously. 20s later the driver stops sounding the horn. The velocity of sound in air is 330. The observer will hear the sound of the horn for a duration of? tests, examples and also practice NEET tests.