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A metal alloy pendant is 47.5% gold 33% lead and 19.5% silver. Its density is 9.825 g/cm3. A metal alloy pendant is added to a graduated cylinder filled with 29.0 mL of water. The volume rises to 31.3 mL. What is the mass of lead contained in this pendant? PLEASE SHOW YOUR WORK TO GET CREDIT. List all of the conversion factors, map and calculation set-up to get full credit. You can use the MATH EQUATION function on here to input your answer. Your answer should be in Scientific notation and the correct significant figures.

          A metal alloy pendant is 47.5% gold 33% lead and 19.5% silver. Its density is 9.825 g/cm3. A metal alloy pendant is added to a graduated cylinder filled with 29.0 mL of water. The volume rises to 31.3 mL. What is the mass of lead contained in this pendant?

PLEASE SHOW YOUR WORK TO GET CREDIT. List all of the conversion factors, map and calculation set-up to get full credit. You can use the MATH EQUATION function on here to input your answer. Your answer should be in Scientific notation and the correct significant figures.

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A metal alloy pendant is 47.5% gold 33% lead and 19.5% silver. Its density is 9.825 g/cm3. A metal alloy pendant is added to a graduated cylinder filled with 29.0 mL of water. The volume rises to 31.3 mL. What is the mass of lead contained in this pendant?

PLEASE SHOW YOUR WORK TO GET CREDIT. List all of the conversion factors, map and calculation set-up to get full credit. You can use the MATH EQUATION function on here to input your answer. Your answer should be in Scientific notation and the correct significant figures.

Added by Derrick J.

Chemistry: Structure and Properties

Nivaldo Tro 2nd Edition

Instant Answer

Solved by Expert Supreeta N

09/12/2023

Step 1

First, we need to find the volume of the metal alloy pendant. We can do this by subtracting the initial volume of water from the final volume of water after the pendant is added. Volume of pendant = Final volume - Initial volume Volume of pendant = 31.3 mL - 29.0 Show more…

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A metal alloy pendant is 47.5% gold, 33% lead, and 19.5% silver. Its density is 9.825 g/cm3. The metal alloy pendant is added to a graduated cylinder filled with 29.0 mL of water. The volume rises to 31.3 mL. What is the mass of lead contained in this pendant?

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