Find a single force vector called the resultant which would

Question

1. Did you really find the equilibrant (F₃) to be equal and opposite to the resultant (R₁₂) of the other forces acting on the ring? What specific defects in the apparatus or imperfections in the procedure might have contributed to you percent errors and percent differences?

2. Usually, when you are given a pair of force vectors, it is possible to find a single force vector (called the resultant), which would have the same effect as the given vectors. Is it possible to find a single force vector equivalent to the pair of force vectors below? Why or why not?

Answer 1

Make sure to consider the image illustrated in the assignment and on the basis of information provided in diagram and by applying the appropriate rule, respond to the following: Q1. Did you really determine the equilibrant (F3) to be equivalent and opposite to the resultant (R12) of the other forces acting on the ring? What particular defects in the apparatus or imperfections in the process may have contributed to you percent errors and percent differences? Q2. Generally, when you are provided a pair of force vectors, it is possible to determine a single force vector (known as the resultant), which would encompass the similar effect as the given vectors. Is it possible to determine a single force vector equivalent to the pair of force vectors below? Illustrate why or why not?