2. Transfer 1 g of powdered sulfur and 0.5 g iron filings into a mortar and pestle and grind together until they are evenly mixed. Put the mixture in a test tube and heat strongly until no more vapor is emitted. Allow to cool and add 5mL of water. Shake well. a. Is it still possible to separate the Iron from the Sulfur in its present condition? b. Write down the equation predicting the new substance formed. C. Define Synthesis Reaction:

Introductory Chemistry: A Foundation
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Author:Steven S. Zumdahl, Donald J. DeCoste
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Chapter15: Solutions
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Problem 20QAP: Consider the iron alloy described in Question 19. Suppose it is desired to prepare 1.00 kg of this...
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2. Transfer 1 g of powdered sulfur and 0.5 g iron filings into a mortar and pestle and grind
together until they are evenly mixed. Put the mixture in a test tube and heat strongly
until no more vapor is emitted. Allow to cool and add 5mL of water. Shake well.
a. Is it still possible to separate the Iron from the Sulfur in its present condition?
b. Write down the equation predicting the new substance formed.
C. Define Synthesis Reaction:
Transcribed Image Text:2. Transfer 1 g of powdered sulfur and 0.5 g iron filings into a mortar and pestle and grind together until they are evenly mixed. Put the mixture in a test tube and heat strongly until no more vapor is emitted. Allow to cool and add 5mL of water. Shake well. a. Is it still possible to separate the Iron from the Sulfur in its present condition? b. Write down the equation predicting the new substance formed. C. Define Synthesis Reaction:
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