### Analyzing the Problem
To determine which joint is classified under translational motion, we will analyze each of the given options.

### Relevant Concepts
1. **Translational Motion**: This type of motion involves the movement of an object in a straight line or a specific path, where all points of the object move the same distance in the same direction.
2. **Types of Joints**:
- **Orthogonal Joint**: Typically allows for linear and rotational movement but primarily exhibits translational capability depending on design.
- **Rotational Joint**: Allows movement around a fixed axis, primarily exhibiting rotational motion.
- **Twisting Joint**: Usually refers to a rotational movement along an axis, contributing to twisting motion.
- **Shoulder Joint**: A ball-and-socket joint that mainly facilitates rotational motion rather than pure translational movement.

### Conclusion
After examining the definitions and functions of these joints, the option that best fits translational motion is:

**a. orthogonal joint**

### Final Answer
The correct answer is **a. orthogonal joint**.

Question

### Analyzing the Problem
To determine which joint is classified under translational motion, we will analyze each of the given options.

### Relevant Concepts
1. **Translational Motion**: This type of motion involves the movement of an object in a straight line or a specific path, where all points of the object move the same distance in the same direction.
2. **Types of Joints**:
   - **Orthogonal Joint**: Typically allows for linear and rotational movement but primarily exhibits translational capability depending on design.
   - **Rotational Joint**: Allows movement around a fixed axis, primarily exhibiting rotational motion.
   - **Twisting Joint**: Usually refers to a rotational movement along an axis, contributing to twisting motion.
   - **Shoulder Joint**: A ball-and-socket joint that mainly facilitates rotational motion rather than pure translational movement.

### Conclusion
After examining the definitions and functions of these joints, the option that best fits translational motion is:

**a. orthogonal joint**

### Final Answer
The correct answer is **a. orthogonal joint**.

Knowee AI · Accepted Answer

### Analyzing the Problem
To determine which joint is classified under translational motion, we will analyze each of the given options.

### Relevant Concepts
1. **Translational Motion**: This type of motion involves the movement of an object in a straight line or a specific path, where all points of the object move the same distance in the same direction.
2. **Types of Joints**:
   - **Orthogonal Joint**: Typically allows for linear and rotational movement but primarily exhibits translational capability depending on design.
   - **Rotational Joint**: Allows movement around a fixed axis, primarily exhibiting rotational motion.
   - **Twisting Joint**: Usually refers to a rotational movement along an axis, contributing to twisting motion.
   - **Shoulder Joint**: A ball-and-socket joint that mainly facilitates rotational motion rather than pure translational movement.

### Conclusion
After examining the definitions and functions of these joints, the option that best fits translational motion is:

**a. orthogonal joint**

### Final Answer
The correct answer is **a. orthogonal joint**.

Which one of the following joints comes under translational motion? Question 5Answer a. orthogonal joint b. rotational joint c. twisting joint d. scholder

Question

Which one of the following joints comes under translational motion?

Solution

Analyzing the Problem

Relevant Concepts

Conclusion

Final Answer

Similar Questions

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