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In the screw collinear forces act, what is a collinear system of forces?
- a)The force system having all the forces parallel to each other
- b)The force system having all the forces perpendicular to each other
- c)The force system having all the forces emerging from a single point
- d)Forces cannot form a collinear system of forces, it is not possible
Correct answer is option 'C'. Can you explain this answer?
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In the screw collinear forces act, what is a collinear system of force...
The force system having all the forces emerging from a point is called the collinear system of force. This is a type of system of the force, which is easy in the simplification. This is because as the forces are the vector quantity, the vector math is applied and the simplification is done.
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In the screw collinear forces act, what is a collinear system of force...
Collinear forces refer to a system of forces that have the same line of action. In other words, all the forces in a collinear system lie along a single straight line. These forces can be either concurrent or non-concurrent, but their lines of action must always coincide.
A collinear system of forces has the following characteristics:
- Forces emerge from a single point: In a collinear system, all the forces originate from a single point. This point is known as the point of concurrency. It is important to note that all the forces in the system must pass through this common point.
- Forces are directed along the same line: In a collinear system, all the forces act in the same direction or opposite directions along the same line. This means that the forces have the same orientation and are either pushing or pulling along the line of action.
- Forces can have different magnitudes: Although the forces in a collinear system act along the same line, they can have different magnitudes. This means that some forces can be stronger or weaker than others in the system. The magnitude of each force is determined by its individual characteristics.
- Resultant force: In a collinear system of forces, the resultant force is the algebraic sum of all the forces. The resultant force is determined by adding up the magnitudes of the individual forces and considering their directions. If the resultant force is zero, the system is said to be in equilibrium.
- Examples: A simple example of a collinear system of forces is when two people are pulling a rope from opposite ends. Both forces act along the line of the rope, and their lines of action coincide. Another example is a beam under two point loads acting at different distances from a fixed support. Both loads act along the same line, and their lines of action coincide.
In conclusion, a collinear system of forces is a force system in which all the forces have the same line of action. These forces emerge from a single point and can have different magnitudes. Understanding collinear systems is important in mechanical engineering as it helps in analyzing the equilibrium and stability of structures and objects subjected to multiple forces.
A collinear system of forces has the following characteristics:
- Forces emerge from a single point: In a collinear system, all the forces originate from a single point. This point is known as the point of concurrency. It is important to note that all the forces in the system must pass through this common point.
- Forces are directed along the same line: In a collinear system, all the forces act in the same direction or opposite directions along the same line. This means that the forces have the same orientation and are either pushing or pulling along the line of action.
- Forces can have different magnitudes: Although the forces in a collinear system act along the same line, they can have different magnitudes. This means that some forces can be stronger or weaker than others in the system. The magnitude of each force is determined by its individual characteristics.
- Resultant force: In a collinear system of forces, the resultant force is the algebraic sum of all the forces. The resultant force is determined by adding up the magnitudes of the individual forces and considering their directions. If the resultant force is zero, the system is said to be in equilibrium.
- Examples: A simple example of a collinear system of forces is when two people are pulling a rope from opposite ends. Both forces act along the line of the rope, and their lines of action coincide. Another example is a beam under two point loads acting at different distances from a fixed support. Both loads act along the same line, and their lines of action coincide.
In conclusion, a collinear system of forces is a force system in which all the forces have the same line of action. These forces emerge from a single point and can have different magnitudes. Understanding collinear systems is important in mechanical engineering as it helps in analyzing the equilibrium and stability of structures and objects subjected to multiple forces.
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In the screw collinear forces act, what is a collinear system of forces?a)The force system having all the forces parallel to each otherb)The force system having all the forces perpendicular to each otherc)The force system having all the forces emerging from a single pointd)Forces cannot form a collinear system of forces, it is not possibleCorrect answer is option 'C'. Can you explain this answer?
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In the screw collinear forces act, what is a collinear system of forces?a)The force system having all the forces parallel to each otherb)The force system having all the forces perpendicular to each otherc)The force system having all the forces emerging from a single pointd)Forces cannot form a collinear system of forces, it is not possibleCorrect answer is option 'C'. Can you explain this answer? for Mechanical Engineering 2024 is part of Mechanical Engineering preparation. The Question and answers have been prepared according to the Mechanical Engineering exam syllabus. Information about In the screw collinear forces act, what is a collinear system of forces?a)The force system having all the forces parallel to each otherb)The force system having all the forces perpendicular to each otherc)The force system having all the forces emerging from a single pointd)Forces cannot form a collinear system of forces, it is not possibleCorrect answer is option 'C'. Can you explain this answer? covers all topics & solutions for Mechanical Engineering 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In the screw collinear forces act, what is a collinear system of forces?a)The force system having all the forces parallel to each otherb)The force system having all the forces perpendicular to each otherc)The force system having all the forces emerging from a single pointd)Forces cannot form a collinear system of forces, it is not possibleCorrect answer is option 'C'. Can you explain this answer?.
In the screw collinear forces act, what is a collinear system of forces?a)The force system having all the forces parallel to each otherb)The force system having all the forces perpendicular to each otherc)The force system having all the forces emerging from a single pointd)Forces cannot form a collinear system of forces, it is not possibleCorrect answer is option 'C'. Can you explain this answer? for Mechanical Engineering 2024 is part of Mechanical Engineering preparation. The Question and answers have been prepared according to the Mechanical Engineering exam syllabus. Information about In the screw collinear forces act, what is a collinear system of forces?a)The force system having all the forces parallel to each otherb)The force system having all the forces perpendicular to each otherc)The force system having all the forces emerging from a single pointd)Forces cannot form a collinear system of forces, it is not possibleCorrect answer is option 'C'. Can you explain this answer? covers all topics & solutions for Mechanical Engineering 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In the screw collinear forces act, what is a collinear system of forces?a)The force system having all the forces parallel to each otherb)The force system having all the forces perpendicular to each otherc)The force system having all the forces emerging from a single pointd)Forces cannot form a collinear system of forces, it is not possibleCorrect answer is option 'C'. Can you explain this answer?.
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