If the differential size-frequency distribu- tion of a group of objects that have equal densities can be adequately described by a power law in radius of the form N(R)dR ∞ R-3, then it can also be described as a power law in mass of the form N(m)dm ∞ m¯*. Derive the relationship between g and x.
If the differential size-frequency distribu- tion of a group of objects that have equal densities can be adequately described by a power law in radius of the form N(R)dR ∞ R-3, then it can also be described as a power law in mass of the form N(m)dm ∞ m¯*. Derive the relationship between g and x.
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tion of a group of objects that have equal
densities can be adequately described by a
power law in radius of the form N(R)dR x
R-5, then it can also be described as a
power law in mass of the form N(m)dm x
m-*. Derive the relationship between g
and x."
Transcribed Image Text:12-5. If the differential size-frequency distribu-
tion of a group of objects that have equal
densities can be adequately described by a
power law in radius of the form N(R)dR x
R-5, then it can also be described as a
power law in mass of the form N(m)dm x
m-*. Derive the relationship between g
and x.
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