The weights of lollipops are normally distributed, with a mean 2.6g and standard deviation 0.2g A lollipop is randomly s

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The weights of lollipops are normally distributed, with a mean 2.6g and standard deviation 0.2g A lollipop is randomly s

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The Weights Of Lollipops Are Normally Distributed With A Mean 2 6g And Standard Deviation 0 2g A Lollipop Is Randomly S 1
The Weights Of Lollipops Are Normally Distributed With A Mean 2 6g And Standard Deviation 0 2g A Lollipop Is Randomly S 1 (25.12 KiB) Viewed 102 times
The weights of lollipops are normally distributed, with a mean 2.6g and standard deviation 0.2g A lollipop is randomly selected. Calculate the probability that the lollipop weighs more than 2.5g. = 0.2g N. 2.5g 2.6g 0 = + - x + / + . ου μόλστ "P, "C, Enter a line of working of your final answer here
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