Using the data on modulus of elasticity and strength (modulus of rupture) in the table below, select from among the ceramics designated as "sintered" any that would meet the following design specifications for a furnace refractory application: Modulus of elasticity, E : 125MPa > 125MPa. Modulus of Elasticity and Strength (Modulus of Rupture) for Some Ceramics and Glasses Material E(103MPa) MOR (MPa) Alumina 380 276-1,034 Sintered alumina (~5%% porosity) 370 210-340 Alumina porcelain (90-95%% alumina) 370 340 Sintered magnesia (~5%% porosity) 210 100 Magnesite (magnesia) brick 170 28 Sintered spinel (magnesia aluminate) 240-260 110-245 Mullite (aluminosilicate) 50-220 150-270 Steatite (magnesia aluminosilicate) porcelain 69 140 Superduty fireclay (aluminosilicate) brick 97 5.2 Sintered beryllia (~5%% porosity) 310 140-280 Fully stabilized zirconia 97-207 245 Partially stabilized zirconia 205 600-700 Hot-pressed boron carbide (~5%% porosity) 290 340 Silicon carbide 382-476 228-862 Hot-pressed aluminum nitride 345 266 Hot-pressed boron nitride (~5%% porosity) 83 48-100 Silicon nitride 120-330 150-1,200 Glass-ceramics 83-138 70-350 Silica glass 73 104 Soda-lime glass 66 150 Borosilicate glass 60 69