A three$-$point loading scheme is used for measuring the stress$-$strain behaviar and flexural strength of brittle ceramics. A design calls for a circular ceramic part with a radius of $5\mathrm{.}0$ mm to withstand the three point loading scheme$$L$=50$ cm $$ with following criteria: Must not experience fracture or a deflection of mare than $0\mathrm{.}015$ mm at its center when a load of $500$ N is applied. Based on the table propose suitable materials that fulfill the design

$\backslash$table$[[$Materials$,$Flexural Strength $($MPa$),\backslash$table$[[$Modulus$],[$Elasticity $($GPa$)]]],[$Aluminum Oxide $(A{l}_2{O}_3),275-700,393],[$Fused Silica $(Si{O}_2),110,73],[$Glass Ceramic $($Pyroceram$),247,120],[$Magnesium oxide $($MgO$),105,225],[\{3A{l}_2{O}_3[($:$2Si{O}_2$