The Moon's density is 3.3 kg/L. Suppose that the Moon is made of just two substances: silicates with a density of 3.0 kg/L, and iron with a density of 7.9 kg/L. a. What fraction of its mass must be iron? % of the Moon's mass must be iron. b. What fraction of its volume must be iron? % of the Moon's volume is iron.
The Moon's density is 3.3 kg/L. Suppose that the Moon is made of just two substances: silicates with a density of 3.0 kg/L, and iron with a density of 7.9 kg/L. a. What fraction of its mass must be iron? % of the Moon's mass must be iron. b. What fraction of its volume must be iron? % of the Moon's volume is iron.
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![The Moon's density is 3.3 kg/L. Suppose that the Moon is made of just two substances:
silicates with a density of 3.0 kg/L, and iron with a density of 7.9 kg/L.
a. What fraction of its mass must be iron?
% of the Moon's mass must be iron.
b. What fraction of its volume must be iron?
% of the Moon's volume is iron.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4256c79e-f0a6-419f-8786-7e16d831a8dc%2F384286f3-d0f6-4a75-bc05-ca1ddaee032a%2F3rweif_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The Moon's density is 3.3 kg/L. Suppose that the Moon is made of just two substances:
silicates with a density of 3.0 kg/L, and iron with a density of 7.9 kg/L.
a. What fraction of its mass must be iron?
% of the Moon's mass must be iron.
b. What fraction of its volume must be iron?
% of the Moon's volume is iron.
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