Practice Problems on Equilibrium of Concurrent Forces
Problem 1: 10 N and 15 N act on an object at a point, are two forces. To them, the angle between them is 60 degrees. Calculation of the force’s magnitude and its direction is required.
Problem 2: Three forces pull a point in three different ways lying at 30 degrees above the x-axis, 45 degrees below the x-axis, and 60 degrees to the left of the y-axis with magnitudes of 20 N, 30 N, and 40 N respectively. Find the resultant force.
Problem 3: On an object three forces are here: 8 N upward on the x-axis, -6 N downwards on the same axis, and 10 N upward on the y-axis. Set the level of intensity and the direction.
Problem 4: An object at rest experienced four forces: 20 N in the segment of 0 degrees, 30 N in one-quarter of the turn, 40 N in a half turn, and 50 N in the three hundred and sixty-degree segment. Elaborate if the object is in an equilibrium state and, if so, then figure out the size and direction of the resultant forces.
Equilibrium of Concurrent Forces
Equilibrium of concurrent forces refers to a condition where a system of forces acting at a single point results in no net force on that point. For a system of concurrent forces to be in equilibrium, the vector sum of all the forces must be zero.
In this article, we will discuss about equilibrium of concurrent forces, its formula, examples, types of equilibrium of concurrent forces along with some examples based on it.
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