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Forces meeting at one point but having lines of action, not in one plane are called ________.
- a)coplanar concurrent forces
- b)non-coplanar non-concurrent forces
- c)coplanar non-concurrent forces
- d)non-coplanar concurrent forces
Correct answer is option 'D'. Can you explain this answer?
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Forces meeting at one point but having lines of action, not in one pla...
When two or more forces act on a body, they are called to form a system of forces.
- Coplanar forces: The forces, whose lines of action lie on the same plane, are known as coplanar forces.
- Collinear forces: The forces, whose lines of action lie on the same line, are known as collinear forces.
- Concurrent forces: The forces, which meet at one point, are known as concurrent forces. The concurrent forces may or may not be collinear.
- Coplanar concurrent forces: The forces, which meet at one point and their lines of action also lie on the same plane, are known as coplanar concurrent forces.
- Coplanar non-concurrent forces: The forces, which do not meet at one point, but their lines of action lie on the same plane, are known as coplanar non-concurrent forces.
- Non-coplanar concurrent forces: The forces, which meet at one point, but their lines of action do not lie on the same plane, are known as non-coplanar concurrent forces.
- Non-coplanar non-concurrent forces: The forces, which do not meet at one point and their lines of action do not lie on the same plane, are called non-coplanar non-concurrent forces.
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Forces meeting at one point but having lines of action, not in one pla...
Non-coplanar concurrent forces
Non-coplanar concurrent forces are forces that meet at one point but do not lie in the same plane. This means that their lines of action do not lie on a single flat surface. These forces can act in different directions and have different magnitudes.
Characteristics of non-coplanar concurrent forces:
- Meeting at a single point: Non-coplanar concurrent forces have a common point of intersection. This point is where the forces are applied or where their lines of action converge.
- Not in one plane: Unlike coplanar concurrent forces, non-coplanar concurrent forces do not lie in a single plane. Their lines of action extend in different directions, giving them a three-dimensional nature.
- Different directions and magnitudes: Each force in a system of non-coplanar concurrent forces can have a different direction and magnitude. This means that the forces can act along different lines and have varying strengths.
Applications of non-coplanar concurrent forces:
Non-coplanar concurrent forces are encountered in various engineering and physics applications. Some examples include:
- Structural analysis: When analyzing complex structures such as trusses or frames, forces acting in different planes are often present. By considering non-coplanar concurrent forces, engineers can accurately determine the overall stability and strength of the structure.
- Mechanical systems: In machines and mechanisms, forces can act in multiple directions simultaneously. Non-coplanar concurrent forces are commonly encountered in situations where different components or parts of a system apply forces in different directions.
- Aerospace engineering: Forces acting on aircraft or spacecraft are often non-coplanar concurrent forces. These forces include lift, drag, thrust, and weight, which act in different directions and have different magnitudes to maintain the desired flight characteristics.
- Physics experiments: Non-coplanar concurrent forces are studied in physics experiments to understand the effects of multiple forces acting on an object. These experiments help in determining the equilibrium conditions, motion, and behavior of objects subjected to such forces.
In summary, non-coplanar concurrent forces are forces that meet at one point but have lines of action that do not lie in a single plane. They have different directions and magnitudes, and are encountered in various engineering and physics applications.
Non-coplanar concurrent forces are forces that meet at one point but do not lie in the same plane. This means that their lines of action do not lie on a single flat surface. These forces can act in different directions and have different magnitudes.
Characteristics of non-coplanar concurrent forces:
- Meeting at a single point: Non-coplanar concurrent forces have a common point of intersection. This point is where the forces are applied or where their lines of action converge.
- Not in one plane: Unlike coplanar concurrent forces, non-coplanar concurrent forces do not lie in a single plane. Their lines of action extend in different directions, giving them a three-dimensional nature.
- Different directions and magnitudes: Each force in a system of non-coplanar concurrent forces can have a different direction and magnitude. This means that the forces can act along different lines and have varying strengths.
Applications of non-coplanar concurrent forces:
Non-coplanar concurrent forces are encountered in various engineering and physics applications. Some examples include:
- Structural analysis: When analyzing complex structures such as trusses or frames, forces acting in different planes are often present. By considering non-coplanar concurrent forces, engineers can accurately determine the overall stability and strength of the structure.
- Mechanical systems: In machines and mechanisms, forces can act in multiple directions simultaneously. Non-coplanar concurrent forces are commonly encountered in situations where different components or parts of a system apply forces in different directions.
- Aerospace engineering: Forces acting on aircraft or spacecraft are often non-coplanar concurrent forces. These forces include lift, drag, thrust, and weight, which act in different directions and have different magnitudes to maintain the desired flight characteristics.
- Physics experiments: Non-coplanar concurrent forces are studied in physics experiments to understand the effects of multiple forces acting on an object. These experiments help in determining the equilibrium conditions, motion, and behavior of objects subjected to such forces.
In summary, non-coplanar concurrent forces are forces that meet at one point but have lines of action that do not lie in a single plane. They have different directions and magnitudes, and are encountered in various engineering and physics applications.
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Forces meeting at one point but having lines of action, not in one plane are called ________.a)coplanar concurrent forcesb)non-coplanar non-concurrent forcesc)coplanar non-concurrent forcesd)non-coplanar concurrent forcesCorrect answer is option 'D'. Can you explain this answer?
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