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![The rolling object rolls without slipping down an incline plane (angle of inclination \\[\\theta \\]), then the minimum acceleration it can have is:(A) \\[g\\sin \\theta \\] (B) \\[\\dfrac{{2g\\sin \\theta }}{3}\\] (C) \\[\\dfrac{{g\\sin \\](https://www.vedantu.com/question-sets/25c34d31-08cb-4a01-b528-6eda46038aca2162637815137507403.png "The rolling object rolls without slipping down an incline plane (angle of inclination \\[\\theta \\]), then the minimum acceleration it can have is:(A) \\[g\\sin \\theta \\] (B) \\[\\dfrac{{2g\\sin \\theta }}{3}\\] (C) \\[\\dfrac{{g\\sin \\")
The rolling object rolls without slipping down an incline plane (angle of inclination \\[\\theta \\]), then the minimum acceleration it can have is:(A) \\[g\\sin \\theta \\] (B) \\[\\dfrac{{2g\\sin \\theta }}{3}\\] (C) \\[\\dfrac{{g\\sin \\
An inclined plane makes an angle of 60^o with horizontal. A disc rolling down this inclined place without slipping has a linear acceleration equal to:
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