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Expressing a dimension as 25.3±0.05 mm is the case of
- a)Unilateral tolerance
- b)Bilateral tolerance
- c)Limiting dimensions
- d)All of the above
Correct answer is option 'B'. Can you explain this answer?
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Expressing a dimension as 25.3±0.05 mm is the case ofa)Unilater...
Bilateral tolerance
Bilateral tolerance is a type of tolerance where the allowable deviation from a dimension is specified on both sides of the nominal value. In the given case, expressing a dimension as 25.3±0.05 mm means that the actual dimension can vary by ±0.05 mm from the nominal value of 25.3 mm.
Explanation
- When a dimension is given with a tolerance range on both sides, it indicates a bilateral tolerance.
- In this case, the dimension can vary from 25.25 mm (25.3 - 0.05) to 25.35 mm (25.3 + 0.05).
- Bilateral tolerances are commonly used in manufacturing to ensure that the part will fit or function properly within the specified limits.
- It provides a range within which the dimension can vary without causing any issues with the functionality or fit of the part.
Conclusion
In conclusion, expressing a dimension as 25.3±0.05 mm indicates a bilateral tolerance, where the allowable deviation is specified on both sides of the nominal value. This type of tolerance is essential in ensuring the quality and functionality of manufactured parts.
Bilateral tolerance is a type of tolerance where the allowable deviation from a dimension is specified on both sides of the nominal value. In the given case, expressing a dimension as 25.3±0.05 mm means that the actual dimension can vary by ±0.05 mm from the nominal value of 25.3 mm.
Explanation
- When a dimension is given with a tolerance range on both sides, it indicates a bilateral tolerance.
- In this case, the dimension can vary from 25.25 mm (25.3 - 0.05) to 25.35 mm (25.3 + 0.05).
- Bilateral tolerances are commonly used in manufacturing to ensure that the part will fit or function properly within the specified limits.
- It provides a range within which the dimension can vary without causing any issues with the functionality or fit of the part.
Conclusion
In conclusion, expressing a dimension as 25.3±0.05 mm indicates a bilateral tolerance, where the allowable deviation is specified on both sides of the nominal value. This type of tolerance is essential in ensuring the quality and functionality of manufactured parts.
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Expressing a dimension as 25.3±0.05 mm is the case ofa)Unilateral toleranceb)Bilateral tolerancec)Limiting dimensionsd)All of the aboveCorrect answer is option 'B'. Can you explain this answer?
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