Based on the Dalgona baking experiment from the famous cherries to study the appropriate time for heating to sugar assuming that the perfect time is given to the normal probability distribution, the mean 135 seconds and the variance is 64 seconds if the chef can refine the recipe to 133 seconds and the same variance. The chef knows that there is a suitable time to bake the Dalgona. Which is likely to belong to that period of time equal to 0.60, I would like to know that period of time (where the middle value of that period is eual to the mean).
Based on the Dalgona baking experiment from the famous cherries to study the appropriate time for heating to sugar assuming that the perfect time is given to the normal probability distribution, the mean 135 seconds and the variance is 64 seconds if the chef can refine the recipe to 133 seconds and the same variance. The chef knows that there is a suitable time to bake the Dalgona. Which is likely to belong to that period of time equal to 0.60, I would like to know that period of time (where the middle value of that period is eual to the mean).
Chapter8: Sequences, Series,and Probability
Section8.7: Probability
Problem 11ECP: A manufacturer has determined that a machine averages one faulty unit for every 500 it produces....
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Transcribed Image Text:Based on the Dalgona baking experiment from the
famous cherries to study the appropriate time for
heating to sugar assuming that the perfect time is
given to the normal probability distribution, the mean
135 seconds and the variance is 64 seconds if the
chef can refine the recipe to 133 seconds and the
same variance. The chef knows that there is a suitable
time to bake the Dalgona. Which is likely to belong to
that period of time equal to 0.60, I would like to know
that period of time (where the middle value of that
period is equal to the mean),
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