A 340 g sample of krypton freezes without changing temperature. What quantity of heat is involved? (Include units in your answer. Round your answer to three decimal places!) Specific Specific Melting Boiling Specific Latent Heat Latent Heat Heat Substance Point Point of of Fusion (C) (C) Vaporization Capacity (KJ/kg) (KJ/kg) (kJ/kg.C) aluminum 660 2519 397 10900 0.897 ammonia -77.74 -33.34 332.17 1369 4.7 argon -189 -186 29.5 161 0.5203 bismuth 271 1564 54 723 0.123 bromine -7 59 132 375 0.473 carbon -78 -57 184 574 0.839 dioxide chlorine -102 -34 181 576 0.48 copper 1084 2562 209 4730 0.385 ethyl -114 78.3 108 855 2.44 alcohol gold 1064 2856 63.7 1645 0.129 hydrogen -259 -253 59.5 445 14.267 iron 1538 2861 247 6090 0.412 krypton -157 -153 16.3 108 0.248 lead 327 1749 23 866 0.129 lithium 181 1342 432 21200 3.58 mercury -39 357 11.4 295 0.1395 neon -249 -246 16.8 84.8 1.0301