Most asked question | Coplanar Concurrent Force System Numerical | Engineering Mechanics|

📌 4 Forces Acting on a Hook | Find the Direction of 150 N Force In this Engineering Mechanics problem, four forces are acting on a hook. We need to determine the direction of the 150 N force such that the resultant of all the forces acts along the x-direction. 🔹 Forces acting on the hook: 60 N, 100 N, 150 N and 80 N 🔹 Given angles: 30°, 30° and 45° 🔹 Find: Direction θ of the 150 N force 🔹 Condition: Resultant is along the x-axis In this video, we will solve the problem step-by-step using the resolution of forces into horizontal and vertical components and apply the condition that the vertical component of the resultant is zero. This is an important type of problem in Engineering Mechanics / Applied Mechanics, especially for understanding force resolution and resultant of coplanar concurrent force systems. 📚 Topics Covered: Resolution of forces Horizontal and vertical components Resultant of forces Coplanar concurrent force system Finding the direction of a force Engineering Mechanics Numericals If you're preparing for VTU exams, Engineering Mechanics, Civil Engineering or competitive exams, this type of numerical is worth practicing. 👍 If you find this video helpful, Like, Share & Subscribe for more simple Engineering Mechanics explanations! #EngineeringMechanics #EngineeringMechanicsNumericals #ForceResolution #ResultantForce #CoplanarConcurrentForces #AppliedMechanics #CivilEngineering #VTU #EngineeringStudents #Mechanics