Recompose the displacement vector, d, with the following X and Y components. Dy = 9.04 m down and Dx =6.68 m left

Answers

Answer 1

Answer:

The displacement vector, d, can be recomposed as follows: d = (Dx, Dy) and the magnitude of the displacement vector is approximately 11.24 meters.

To recompose the displacement vector, d, using the given X and Y components, you can use vector addition. The X and Y components represent the horizontal and vertical displacements, respectively.

Given:

Dx = 6.68 m (left)

Dy = 9.04 m (down)

The displacement vector, d, can be recomposed as follows:

d = (Dx, Dy)

So, the displacement vector is (6.68 m left, 9.04 m down). This means that the object moved 6.68 meters to the left (in the negative X direction) and 9.04 meters downward (in the negative Y direction) from its starting point.

The magnitude of the displacement can be found using the Pythagorean theorem:

|d| = √((Dx)^2 + (Dy)^2)

|d| = √((6.68 m)^2 + (9.04 m)^2)

|d| ≈ √(44.49 m^2 + 81.72 m^2)

|d| ≈ √(126.21 m^2)

|d| ≈ 11.24 meters

So, the magnitude of the displacement vector is approximately 11.24 meters.

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Answers

Answer: Option (b) is the correct answer.

Explanation:

Tsunami is formed due to the underwater disturbances or underwater earthquake.

Tsunami has long wavelengths due to which it behaves as a shallow water wave and these waves propagate at very high speed with high energy and limited energy loss.

As a result, tsunami is able to cause huge and massive destruction to areas it is surrounding.

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Answers

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Answers

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Answers

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Answers

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