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3. my. dgamma. logO generates the log of the probability density of the Gamma distribution. Note that this is exactly equal to the function dgamma(

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3. my. dgamma. logO generates the log of the probability density of the Gamma distribution. Note that this is exactly equal to the function dgamma( . . . , log=TRUE) so use this to verify your answers. my.dgamma.log (seq(0.2, 5, by=0.2), shape=0.2, rate=5) ## dgamma (seq(0.2, 5, by=0.2), shape=0.2, rate=5, log=TRUE) my.dgamma.log (seq(0.4, 10, by=0.4), shape=0.2, rate=5) my.dgamma.log (seq(1, 10, by=0.2), shape-=2, rate=6)

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