The displacement of the particle moving in a straight line is given by

1.	The displacement of the particle moving in a straight line is given by expression x=At^3+Bt^2+Ct+D in meters, where t is in seconds and A,B,C, and D are constants. The ratio between initial acceleration and initial velocity is.
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The displacement of the particle moving in a straight line is given by expression x=At^3+Bt^2+Ct+D in meters, where t is in seconds and A,B,C, and D are constants. The ratio between initial acceleration and initial velocity is.

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The displacement of the particle moving in a straight line is given by expression x=At^3+Bt^2+Ct+D in meters, where t is in seconds and A,B,C, and D are constants. The ratio between initial acceleration and initial velocity is.​

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The displacement of the particle moving in a straight line is given by expression x=At^3+Bt^2+Ct+D in meters, where t is in seconds and A,B,C, and D are constants. The ratio between initial acceleration and initial velocity is.