Q. What is the moment due to dead load in case of continuous beams at the middle of interior spans?

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Q. In flitched beams ______ remains same for both materials.

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Q. To what radius a silver strip 200 mm wide and 40 mm thick can be bent if the maximum stress in the ship is 80 N/mm². Young’s modulus for Silver is 80×10³ N/mm².

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Q. The specific gravity of sand is __________

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Q. ________ joints are necessary to keep a structure safe against shrinkage.

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Q. Revert size is generally expressed in terms of _______

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Q. What are the units of true strain?

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Q. Materials exhibiting time bound behaviour are known as _______

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Q. Calculate the Strain energy that can be stored in a body to be pulled with 100 N/mm² stress (f) and E = 2×10⁵ N/mm².

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Q. Principal plane has ____________

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Q. A body having similar properties throughout its volume is said to be _____________

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Q. Unsymmetrical bending occurs due to ______

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Q. A hollow shaft has outside diameter 120 mm and thickness 20 mm. Find the polar moment of inertia (J).

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Q. What is the approximate value of coefficient of linear expansion for steel?

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Q. A rectangular beam 100 mm wide is subjected to a maximum shear force and 50 kN. Find the depth of the beam.

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Q. Find the moment of resistance of rectangular beam off grid to 40 mm depth 400 mm if the bending stress is 15 N/mm².

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Q. The moment resisting capacity of the cross section of a beam is termed as ______ of the beam.

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Q. The ____ of strongest beam that can be cut out of a circular section of diameter D.

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Q. The hoop stress is also known as ______

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Q. A Steel rod 200 mm diameter is to be bent into a circular arc section. Find radius of curvature. Take f = 120N/mm² & E = 2×10⁵ N/mm².

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