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Two steel plates of 20 (outer) and 25 (inner) millimeters are tied together by a solder binder of 32 mm thickness. In-line gap (millimeter) of these binder should not exceed _____.
- a)300
- b)960
- c)640
- d)480
Correct answer is option 'A'. Can you explain this answer?
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Most Upvoted Answer
Two steel plates of 20 (outer) and 25 (inner) millimeters are tied tog...
To find the maximum acceptable in-line gap between the two steel plates, we need to consider the total thickness of the plates and the solder binder.
Given:
Outer plate thickness (t1) = 20 mm
Inner plate thickness (t2) = 25 mm
Solder binder thickness (t3) = 32 mm
We need to find the maximum in-line gap (g) between the plates.
Total thickness of the plates and binder (T) = t1 + t3 + t2 = 20 mm + 32 mm + 25 mm = 77 mm
Let's assume the in-line gap between the plates is g.
The minimum acceptable thickness of the in-line gap should be such that the total thickness of the plates and binder (T) is maintained. Therefore, the maximum in-line gap can be calculated as:
g = T - t1 - t2 = 77 mm - 20 mm -25 mm = 32 mm
Therefore, the maximum acceptable in-line gap between the two steel plates is 32 mm.
Conclusion:
The maximum acceptable in-line gap between the two steel plates should not exceed 32 mm. Therefore, the correct answer is option A) 300 mm.
Given:
Outer plate thickness (t1) = 20 mm
Inner plate thickness (t2) = 25 mm
Solder binder thickness (t3) = 32 mm
We need to find the maximum in-line gap (g) between the plates.
Total thickness of the plates and binder (T) = t1 + t3 + t2 = 20 mm + 32 mm + 25 mm = 77 mm
Let's assume the in-line gap between the plates is g.
The minimum acceptable thickness of the in-line gap should be such that the total thickness of the plates and binder (T) is maintained. Therefore, the maximum in-line gap can be calculated as:
g = T - t1 - t2 = 77 mm - 20 mm -25 mm = 32 mm
Therefore, the maximum acceptable in-line gap between the two steel plates is 32 mm.
Conclusion:
The maximum acceptable in-line gap between the two steel plates should not exceed 32 mm. Therefore, the correct answer is option A) 300 mm.
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Community Answer
Two steel plates of 20 (outer) and 25 (inner) millimeters are tied tog...
General design consideration for structural fasteners are as follows:
Where t = thickness of thinner plate
Calculation:
Given data;
t = thickness of thinner plate = 20 mm
The In-line gap (millimeter) of these binder should be
= 32t or 300 mm, whichever is less
= 32 × 20 mm or 300 mm, whichever is less
= 640 mm or 300 mm, whichever is less
Hence, The In-line gap (millimeter) of these binder should be 300 mm.
Where t = thickness of thinner plate
Calculation:
Given data;
t = thickness of thinner plate = 20 mm
The In-line gap (millimeter) of these binder should be
= 32t or 300 mm, whichever is less
= 32 × 20 mm or 300 mm, whichever is less
= 640 mm or 300 mm, whichever is less
Hence, The In-line gap (millimeter) of these binder should be 300 mm.
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Two steel plates of 20 (outer) and 25 (inner) millimeters are tied together by a solder binder of 32 mm thickness. In-line gap (millimeter) of these binder should not exceed _____.a)300b)960c)640d)480Correct answer is option 'A'. Can you explain this answer?
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