1. If the vectors in problem 1 represented forces, would the object they act on be...

  

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1. If the vectors in problem 1 represented forces, would the object they act on be in equilibrium? Justify your answer. Problem 1: B Vector Horizontal Component Vertical Component A Magnitude of R (Pythagorean theorem)= B 2 0 C R Problem 2: C B Vector Horizontal Component Vertical Component Magnitude of R (Pythagorean theorem) = A B C R 2. Assume you added an additional vector D. What vector components would D need to have in order for the resultant in problem 2 to be zero? Justify your answer. 1. If the vectors in problem 1 represented forces, would the object they act on be in equilibrium? Justify your answer. Problem 1: B Vector Horizontal Component Vertical Component A Magnitude of R (Pythagorean theorem)= B 2 0 C R Problem 2: C B Vector Horizontal Component Vertical Component Magnitude of R (Pythagorean theorem) = A B C R 2. Assume you added an additional vector D. What vector components would D need to have in order for the resultant in problem 2 to be zero? Justify your answer.