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azurefish181Lv1
11 Dec 2019
A spring-mass system oscillates back and forth as shown in the graph. At point P
1- the x- component of the velocity is negative and the x-component of the acceleration is positive.
2- the x- component of the velocity is negative and the x-component of the acceleration is negative.
3- the x- component of the velocity is zero and the x-component of the acceleration is zero.
4- the x- component of the velocity is positive and the x-component of the acceleration is positive.
5- the x- component of the velocity is positive and the x-component of the acceleration is negative.
A spring-mass system oscillates back and forth as shown in the graph. At point P
1- the x- component of the velocity is negative and the x-component of the acceleration is positive.
2- the x- component of the velocity is negative and the x-component of the acceleration is negative.
3- the x- component of the velocity is zero and the x-component of the acceleration is zero.
4- the x- component of the velocity is positive and the x-component of the acceleration is positive.
5- the x- component of the velocity is positive and the x-component of the acceleration is negative.
Supratim PalLv10
23 Oct 2020
