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10. A steel bvar, area 625 mm2, is embedded in a block of concrete 10o 100 mm. The length of both the steel bar and concrete block is 300 mm (see Fig. 14). Assuming a value of 210 kN/mm2 for Young s Modulus for the steel, and 14 kN/mm2 for the concrete, determine the load carried by the steel, and the load carried by the concrete, if the combined section subject to a compressive load of 5 kN. Assume that there is no slip between the steel and concrete fi.e. the strain in both materials is is equal and that the load is applied over the entire cross section. 5kN 100 mm 100 mm 300 mm g. 14

A steel bar , area 625 mm^2 , is embedded in block of concrete 100mm × 100mm. The length of both the steel bar and concrete block is 300 mm . Assuming a value of 210kN/mm^2 for young modulus for steel and 14 kN/mm^2 for concrete , determine the load carried by the steel and the load carried by the concrete , if the combined section is subject to a compressive load of 5kn . assume that there os no slip between the steel and concrete

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Asca sf block Loox 100 ma, des leっ tload Caried by stel As tre is no sup b/w tnem strain Stre Es Ec Pc AsE 6257<210 931S 14 SHi, if any doubt, please comment.

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