question: what is the freezing point of aluminium's defining point?
table.cells: substance and its state defining point
table.cells: k °c °r °f
table.cells: triple point of hydrogen 13.8033 -259.3467 24.8459 -434.8241
table.cells: triple point of neon 24.5561 -248.5939 44.2010 -415.4690
table.cells: triple point of oxygen 54.3584 -218.7916 97.8451 -361.8249
table.cells: triple point of argon 83.8058 -189.3442 150.8504 -308.8196
table.cells: triple point of mercury 234.3156 -38.8344 421.7681 -37.9019
table.cells: triple point of water 273.16 0.01 491.69 32.02
table.cells: melting point of gallium 302.9146 29.7646 545.2463 85.5763
table.cells: freezing point of indium 429.7485 156.5985 773.5473 313.8773
table.cells: freezing point of tin 505.078 231.928 909.140 449.470
table.cells: freezing point of zinc 692.677 419.527 1,246.819 787.149
table.cells: freezing point of aluminium 933.473 660.323 1,680.251 1,220.581
table.cells: freezing point of silver 1,234.93 961.78 2,222.87 1,763.20
table.cells: freezing point of gold 1,337.33 1,064.18 2,407.19 1,947.52
table.cells: freezing point of copper 1,357.77 1,084.62 2,443.99 1,984.32