Engineering Board Exam Reviewer · Engineering Mechanics · medium

A force has a horizontal component of 55 N and a vertical component of 57 N. What is the magnitude of the resultant force?

  1. 79.21
  2. 112
  3. 2
  4. 55

Answer

A. 79.21

Solution

R = sqrt(Fx² + Fy2) = sqrt(55² + 572) = 79.21 N.

More Engineering Mechanics questions

  1. Two concurrent forces, F1 = 125 N and F2 = 118 N, act on a particle with an angle of 80° between them. What is the magnitude of their…
  2. A particle is held in equilibrium by three coplanar forces. Force F1 = 66 N acts at 60° from the positive x-axis, and Force F2 = 77 N acts…
  3. A force has a horizontal component of 52 N and a vertical component of 52 N. What is the magnitude of the resultant force?
  4. Two concurrent forces, F1 = 120 N and F2 = 111 N, act on a particle with an angle of 70° between them. What is the magnitude of their…
  5. A particle is held in equilibrium by three coplanar forces. Force F1 = 62 N acts at 45° from the positive x-axis, and Force F2 = 74 N acts…
  6. A force has a horizontal component of 49 N and a vertical component of 47 N. What is the magnitude of the resultant force?
  7. Two concurrent forces, F1 = 115 N and F2 = 104 N, act on a particle with an angle of 60° between them. What is the magnitude of their…
  8. A particle is held in equilibrium by three coplanar forces. Force F1 = 58 N acts at 30° from the positive x-axis, and Force F2 = 71 N acts…
  9. A force has a horizontal component of 46 N and a vertical component of 42 N. What is the magnitude of the resultant force?
  10. Two concurrent forces, F1 = 110 N and F2 = 97 N, act on a particle with an angle of 50° between them. What is the magnitude of their…

All Engineering Mechanics Reviewer questions