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The forces, whose lines of action are parallel to each other and act in the same directions, are known as
- a)coplaner concurrent forces
- b)coplaner non- concurrent forces
- c)like parallel forces
- d)unlike parallel forces
Correct answer is option 'C'. Can you explain this answer?
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The forces, whose lines of action are parallel to each other and act i...
**Like Parallel Forces**
Like parallel forces are the forces whose lines of action are parallel to each other and act in the same direction. These forces have the following characteristics:
1. **Parallel Lines of Action**: The lines along which the forces act are parallel to each other. This means that if you were to extend the lines of action indefinitely, they would never intersect.
2. **Same Direction**: Like parallel forces act in the same direction. This means that the forces are either both pushing or both pulling in the same direction.
3. **Same Magnitude**: Like parallel forces have the same magnitude. Magnitude refers to the size or strength of the force. In the case of like parallel forces, both forces have the same strength.
4. **Same Sense**: Like parallel forces have the same sense. Sense refers to the tendency of the force to rotate an object in a particular direction. In the case of like parallel forces, both forces have the same sense of rotation.
**Example**
An example of like parallel forces is when two people are pushing a car in the same direction. Both people are applying a force in the same direction and with the same magnitude. The lines along which the forces act are parallel to each other.
**Importance**
Understanding like parallel forces is important in various fields of engineering, including mechanical engineering. It is essential in analyzing structures, determining equilibrium, and calculating the net force on an object.
By recognizing and understanding like parallel forces, engineers can accurately calculate the resultant force and determine the stability and balance of a structure or object. This knowledge is crucial in designing safe and efficient structures and machines.
Overall, like parallel forces play a significant role in the study of mechanics and are an essential concept for engineers to grasp.
Like parallel forces are the forces whose lines of action are parallel to each other and act in the same direction. These forces have the following characteristics:
1. **Parallel Lines of Action**: The lines along which the forces act are parallel to each other. This means that if you were to extend the lines of action indefinitely, they would never intersect.
2. **Same Direction**: Like parallel forces act in the same direction. This means that the forces are either both pushing or both pulling in the same direction.
3. **Same Magnitude**: Like parallel forces have the same magnitude. Magnitude refers to the size or strength of the force. In the case of like parallel forces, both forces have the same strength.
4. **Same Sense**: Like parallel forces have the same sense. Sense refers to the tendency of the force to rotate an object in a particular direction. In the case of like parallel forces, both forces have the same sense of rotation.
**Example**
An example of like parallel forces is when two people are pushing a car in the same direction. Both people are applying a force in the same direction and with the same magnitude. The lines along which the forces act are parallel to each other.
**Importance**
Understanding like parallel forces is important in various fields of engineering, including mechanical engineering. It is essential in analyzing structures, determining equilibrium, and calculating the net force on an object.
By recognizing and understanding like parallel forces, engineers can accurately calculate the resultant force and determine the stability and balance of a structure or object. This knowledge is crucial in designing safe and efficient structures and machines.
Overall, like parallel forces play a significant role in the study of mechanics and are an essential concept for engineers to grasp.
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The forces, whose lines of action are parallel to each other and act in the same directions, are known asa)coplaner concurrent forcesb)coplaner non- concurrent forcesc)like parallel forcesd)unlike parallel forcesCorrect answer is option 'C'. Can you explain this answer?
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