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Answer: Beginning in 1894, the process, which takes advantage of the low melting point of sulfur (112 °C [233.6 °F]), made sulfur of a high purity (up to 99.9 percent pure) available in large quantities and helped establish sulfur as an important basic chemical commodity.
Explanation: I HOPE IT HELP IF NOT I JUST TRIED MY BEST
Tin has a higher melting point than sulfur.
Elements are arranged in order increasing atomic number in the periodic table. The periodic table is a guide in predicting the physical and chemical properties of elements.
Tin is a metal and sulfur is a nonmetal. Metals have a high melting point compared to non metals. Properties such as melting points of elements begin to decrease steadily from left to right in the periodic table after the groups containing metals.
Since sulfur is a nonmetal and tin is a pure metal, tin must have a higher melting point than sulfur. Indeed, the melting point of tin is 231°C while the melting point of sulfur is 115°C.
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