Consider the following solids. The solids A, B, and C represent a...

Question

Consider the following solids. The solids A, B, and C represent aluminum (D = 2.70g/mL), and silver (D = 10.5 g/mL). If each has a mass of 10.0 g, what is the identity of each solid? (2.7)

Accepted Answer

Hello. In this problem, we told the three SOLs below each weigh 50 g. Their possible identities could be zinc with the density of 7.14 g per milli platinum with the density of 21.45 g per milliliter or palladium with the density of 12.03 g per milli ras to determine the identity of each solid solid. Number one is the medium size solid solid. Number two is the smallest solid and solid. Number three is the largest solid. We can make use of their mass and their density to find the volume. Beginning with zinc, we have 50 g of zinc. We can use its density to convert from mass to volume. It has the density of 7.14 g per milli, we set it up. So grams in the numerator cancels with grams in the denominator. And this works out to 7 mL. The next is platinum. We have 50 g of platinum to make use of its density to convert from mass to volume. It has a density of 21.45 g per milliliter, we set it up. So grams in the numerator cancels with grams in the denominator. This works out to 2.33 mL and the last one podium we have 50 g of plati. It can make use of its density to go from mass to volume. It has a density of 12.03 g per milli we set it up. So grams in the numerator cancels with grams in the denominator and this works out to 4.16 mL solid. Number one is the medium size solid. So it will have the second largest volume. So that's paladium solid number two is the smallest solid. So it will have the smallest volume. So that's platinum and solid. Number three is the largest solid. So it will have the largest volume. So that is zinc. This then corresponds to answer a thanks for watching. Hope this helped.

Consider the following solids. The solids A, B, and C represent aluminum (D = 2.70g/mL), and silver (D = 10.5 g/mL). If each has a mass of 10.0 g, what is the identity of each solid? (2.7)

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