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A piling for a high-rise building is pushed by two bulldozers at exactly the same time. One bulldozer exerts a force of 1850
pounds in a westerly direction. The other bulldozer pushes the piling with a force of 3250 pounds in a northerly direction. What
is the direction of the resulting force upon the piling, to the nearest degree?

A Piling For A Highrise Building Is Pushed By Two Bulldozers At Exactly The Same Time One Bulldozer Exerts A Force Of 1850 Pounds In A Westerly Direction The Ot class=

Sagot :

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Answer: I got this answer from the internet hopefully this helps

Resultant force will act on 65° N of W.

Step-by-step explanation:

The direction of the resulting force upon the piling, to the nearest degree is gotten as; A = 60°

What is the direction of the resultant force?

As given in the question one bulldozer exerts force of 1850 pounds in western direction and another pushes with a force of 3250 pounds in northern direction.

Now, we have to find angle A which is an angle between 1850 pounds of force and resultant force F.

Thus;

tan A= Force on North direction/ Force on west direction

tan A = 3250/1850

tan A = 1.7568

A = tan⁻¹1.7568

A = 60.35°

To the nearest degree is A = 60°

Read more about resultant force direction at; https://brainly.com/question/14626208

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