Suppose that during a storm the force of the wind blowing against a skyscraper can be expressed by the vector, where each measure in the ordered triple represents the force in newtons. what is the magnitude of this force?

Question

Josie Page

Physics

18 April, 03:40

Suppose that during a storm the force of the wind blowing against a skyscraper can be expressed by the vector, where each measure in the ordered triple represents the force in newtons. what is the magnitude of this force?

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Answers (2)

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Reece Perkins · Answer 1

Here we do not have the vector, but I will try to give a kinda general solution to this type of problem.

If the vector is written as (a, b, c) we have that the force in the x-axis is of a Newtons, in the y-axis is of b Newtons, and in the z-axis is of c Newtons.

Then, we can calculate the total magnitude of this force as:

F = √ (a^2 + b^2 + c^2)

wich gives us the total magnitude of the force, but not a direction or anything like that, this is just a scalar.

Valerie Daniels · Answer 2

Answer: A. 3457 N