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{"ops":[{"insert":"1) For a certain plane wave traveling through air, the maximum value of the excess or\nacoustic pressure is 0.1 dyne cm"},{"attributes":{"script":"super"},"insert":"-2"},{"insert":". If the frequency is 1000 cycles sec"},{"attributes":{"script":"super"},"insert":"-1"},{"insert":", and the\ndensity of air is 1.29 X10"},{"attributes":{"script":"super"},"insert":"-3"},{"insert":" gcm"},{"attributes":{"script":"super"},"insert":"-3"},{"insert":", find:\n(i) the maximum particle displacement.\n(ii) the maximum particle velocity.\n(iii) the maximum condensation.\n(iv) the maximum dilatation.\n2) Two plane waves are traveling along the x-axis. The particle displacements due to\nthe separate waves are given by\nZ"},{"attributes":{"script":"sub"},"insert":"1"},{"insert":" = Z"},{"attributes":{"script":"sub"},"insert":"m"},{"insert":" cos k(-x + ct):\nZ"},{"attributes":{"script":"sub"},"insert":"2"},{"insert":" = -Z"},{"attributes":{"script":"sub"},"insert":"m"},{"insert":" cos k(x + ct):\nFor the two waves, at the position x = 0, find the relative phase of\n(i) Z"},{"attributes":{"script":"sub"},"insert":"1"},{"insert":" compared with Z"},{"attributes":{"script":"sub"},"insert":"2"},{"insert":".\n(ii) velocity of Z"},{"attributes":{"script":"sub"},"insert":"1"},{"insert":" compared with velocity of Z"},{"attributes":{"script":"sub"},"insert":"2"},{"insert":".\n(iii) p1 compared with p2.\n"}]}

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