In 2009, a team from Northwestern University and WesternWashington University reported the preparation of a new“spongy” material composed of nickel, molybdenum, andsulfur that excels at removing mercury from water. The densityof this new material is 0.20 g/cm3, and its surface area is1242 m2 per gram of material. (a) Calculate the volume of a10.0-mg sample of this material. (b) Calculate the surface area fora 10.0-mg sample of this material. (c) A 10.0-mL sample of contaminatedwater had 7.748 mg of mercury in it. After treatmentwith 10.0 mg of the new spongy material, 0.001 mg of mercuryremained in the contaminated water. What percentage of themercury was removed from the water? (d) What is the final massof the spongy material after the exposure to mercury?

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In 2009, a team from Northwestern University and Western
Washington University reported the preparation of a new
“spongy” material composed of nickel, molybdenum, and
sulfur that excels at removing mercury from water. The density
of this new material is 0.20 g/cm3, and its surface area is
1242 m2 per gram of material. (a) Calculate the volume of a
10.0-mg sample of this material. (b) Calculate the surface area for
a 10.0-mg sample of this material. (c) A 10.0-mL sample of contaminated
water had 7.748 mg of mercury in it. After treatment
with 10.0 mg of the new spongy material, 0.001 mg of mercury
remained in the contaminated water. What percentage of the
mercury was removed from the water? (d) What is the final mass
of the spongy material after the exposure to mercury?

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