Naomi and Reed are both farmers that grow pumpkins. Both Naomi and Reed supply pumpkins to the local market. A customer brings up a pumpkin to purchase but the sticker has fallen off. The market owner decides to treat this one pumpkin as a random sample of size 1 and will us the following hypotheses to determine from which farm the pumpkin is from. H0: The pumpkin is from Naomi's farm where X= weight has a Normal (12, 3) distribution Ha: The pumpkin is from Reed's farm where X = weight has a Normal (10, 2) distribution Which distribution would you use to find the probability of a Type I error? Reed or Naomi's farm? Which distribution would you use to find the probability of a Type II error? Reed or Naomi's farm? Which distribution would you use to find a p-value? Reed or Naomi's farm?
Rate of Change
The relation between two quantities which displays how much greater one quantity is than another is called ratio.
Slope
The change in the vertical distances is known as the rise and the change in the horizontal distances is known as the run. So, the rise divided by run is nothing but a slope value. It is calculated with simple algebraic equations as:
Naomi and Reed are both farmers that grow pumpkins. Both Naomi and Reed supply pumpkins to the local market. A customer brings up a pumpkin to purchase but the sticker has fallen off. The market owner decides to treat this one pumpkin as a random sample of size 1 and will us the following hypotheses to determine from which farm the pumpkin is from.
H0: The pumpkin is from Naomi's farm where X= weight has a Normal (12, 3) distribution
Ha: The pumpkin is from Reed's farm where X = weight has a Normal (10, 2) distribution
- Which distribution would you use to find the
probability of a Type I error? Reed or Naomi's farm? - Which distribution would you use to find the probability of a Type II error? Reed or Naomi's farm?
- Which distribution would you use to find a p-value? Reed or Naomi's farm?
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