Question

Three vectors of equal magnitudes are acting at a point and are in equilibrium. find the angle between the three vectors.

solve it step by step please​

Answer 1

Answer:

Two of the forces, no matter what the angle between them will define a certain kind of geometric object. Can you think of what it must be? The answer will be revealed below, but please see if you can use this as a hint and work towards the answer somewhat on your own.

This geometric object will require that the third force must be __-______ (2,6). <<== [number of letters in each section of the hyphenated Unknown word, also disclosed below].

Therefore, since all three forces are equal and are __-______(2,6) [again!]. The angle must be ___ /3 or ___°.

SEPARATION BOUNDARY—SEPARATION BOUNDARY—SEPARATION BOUNDARY—

Answers:

1). Geometric object: PLANE

2). (2,6) letter hyphenated Word: CO-PLANAR

3). 360° / 3 = 120°

I hope this was a “fun” and “mind-expanding exercise for you!!