$\backslash$table$[[\backslash$table$[[$Total$],[$Load$],[$P$],[($kN$)]],$Deflection,Demec Strain Readings,Remarks$],[,,($Calibration factor $=0\mathrm{.}78\backslash$times $10],[,,,,],[($mm$),$Position $1,$Position $2,$Position $3,$Position $4,],[0,3\mathrm{.}53,10,970,966,927,],[10,4\mathrm{.}19,800,968,972,940,],[20,4\mathrm{.}81,786,961,975,950,$Bending crack started$],[30,6\mathrm{.}02,779,969,998,991,],[40,7\mathrm{.}38,764,970,1020,1030,],[50,8\mathrm{.}6,755,975,1037,1060,],[60,10\mathrm{.}04,740,976,1058,1100,],[70,11\mathrm{.}41,722,977,1073,1136,],[80,13\mathrm{.}1,701,982,1095,1176$ Shear cracking$],[90,14\mathrm{.}78,682,982,1110,1210,],[100,16\mathrm{.}29,663,984,1129,1246,],[110,18\mathrm{.}31,643,989,1158,1301,],[120,,,,,,116\mathrm{.}5$ Failure$],[130],[140],[150],[160],[170],[,,,,,,],[,,,,,,],[,,,,,,]].$ using thiese results plot. Load deflection. calculate the strain distribution and stress distribution and provide graph