You are given three different solid compounds, A, B and C, that have the same me

Question

You are given three different solid compounds, A, B and C, that have the same melting point, color and appearance.  You may use only melting point determination to establish that they represent different compounds. Please pick one of the following approaches: Answer It is impossible to establish using melting point determination technique Determine the melting point of A, B, and C by setting different voltage in the melt-temp device for each Fill up the capillary tubes with different amounts of substances A, B, and C Take the melting point of different binary (made of two components) mixture of A, B and C (for example, A & B or C & A, ect.) You are given three different solid compounds, A, B and C, that have the same melting point, color and appearance.  You may use only melting point determination to establish that they represent different compounds. Please pick one of the following approaches: You are given three different solid compounds, A, B and C, that have the same melting point, color and appearance.  You may use only melting point determination to establish that they represent different compounds. Please pick one of the following approaches: It is impossible to establish using melting point determination technique Determine the melting point of A, B, and C by setting different voltage in the melt-temp device for each Fill up the capillary tubes with different amounts of substances A, B, and C Take the melting point of different binary (made of two components) mixture of A, B and C (for example, A & B or C & A, ect.) It is impossible to establish using melting point determination technique Determine the melting point of A, B, and C by setting different voltage in the melt-temp device for each Fill up the capillary tubes with different amounts of substances A, B, and C Take the melting point of different binary (made of two components) mixture of A, B and C (for example, A & B or C & A, ect.)

Explanation / Answer

Take the melting point of different binary (made of two components) mixture of A, B and C (for example, A & B or C & A, ect.)

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