Question

The magnitude of the displacement vector from a point (0,3,-1) to the point (-2,6,4) in meters will be...??????​

Answer 1

Explanation:

FOREWORD. The two earliest of the nine main divisions of English Literature are by far the longest—taken

together are longer than all the others combined—but we shall pass rather rapidly over them.

Answer 2

Answer:

The magnitude of the displacement vector will be $\sqrt{38}$ units.

Explanation:

Given Data:
The given two points are

The coordinates of the Initial Point are (0, 3, -1)

The coordinates of the final point are (-2, 6, 4)

To Find :

The magnitude of displacement between the initial and final point.

Calculations:

The coordinates of the initial and final points are (0,3,-1) and (-2,6,4) respectively.

Displacement is the shortest distance between the final and initial points.

Displacement is a vector quantity that possesses both, direction and magnitude.

So, For calculating the displacement, we employ the distance formula,

Thus, Displacement (D) is given by$D =\sqrt{(0+2)^{2} +(3-6)^{2} +(-1-4)^{2} } = \sqrt{2^{2} +(-3)^{2} +(-5)^{2} } =\sqrt{38}$

Thus, the displacement will be $\sqrt{38}$ units.

To read more, visit

https://brainly.in/question/1381298

https://brainly.in/question/2243664

#SPJ3