Tree-ring dates were used extensively in archaeological studies at Burnt Mesa Pueblo. At one site on the mesa, tree-ring dates (for many samples) gave a mean date of µ1 = year 1256 with standard deviation o1 = 34 years. At a second, removed site, the tree-ring dates gave a mean of µ2 = year 1107 with standard deviation o2 = 35 years. Assume that both sites had dates that were approximately normally distributed. In the first area, an object was found and dated as x1 = year 1209. In the second area, another object was found and dated as x2 = year 1237. The Standard Normal Distribution (u = 0, o = 1) -3 -2 2 3 68% of area 95% of area 99.7% of area (a) Convert both x1 and x2 to z values, and locate both of these values under the standard normal curve of the figure above. (Round your answers to two decimal places.) Z1 = 22 =
Tree-ring dates were used extensively in archaeological studies at Burnt Mesa Pueblo. At one site on the mesa, tree-ring dates (for many samples) gave a mean date of µ1 = year 1256 with standard deviation o1 = 34 years. At a second, removed site, the tree-ring dates gave a mean of µ2 = year 1107 with standard deviation o2 = 35 years. Assume that both sites had dates that were approximately normally distributed. In the first area, an object was found and dated as x1 = year 1209. In the second area, another object was found and dated as x2 = year 1237. The Standard Normal Distribution (u = 0, o = 1) -3 -2 2 3 68% of area 95% of area 99.7% of area (a) Convert both x1 and x2 to z values, and locate both of these values under the standard normal curve of the figure above. (Round your answers to two decimal places.) Z1 = 22 =
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
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Chapter1: Starting With Matlab
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![Tree-ring dates were used extensively in archaeological studies at Burnt Mesa Pueblo. At one site on the mesa, tree-ring dates (for many samples) gave a mean date of µ1 =
year 1256 with standard deviation o1 = 34 years. At a second, removed site, the tree-ring dates gave a mean of µ2 = year 1107 with standard deviation o2 = 35 years.
Assume that both sites had dates that were approximately normally distributed. In the first area, an object was found and dated as x1 = year 1209. In the second area,
another object was found and dated as x2 = year 1237.
The Standard Normal Distribution
(u = 0, o = 1)
-3
-2
2
3
68% of area
95% of area
99.7% of area
(a) Convert both x1 and x2 to z values, and locate both of these values under the standard normal curve of the figure above. (Round your answers to two decimal
places.)
Z1 =
22 =](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F280b87a4-ff0a-41b7-8564-c1007684f1cf%2F662f4cbe-486f-46b6-a987-3279d3dfe69f%2Fehevqq.png&w=3840&q=75)
Transcribed Image Text:Tree-ring dates were used extensively in archaeological studies at Burnt Mesa Pueblo. At one site on the mesa, tree-ring dates (for many samples) gave a mean date of µ1 =
year 1256 with standard deviation o1 = 34 years. At a second, removed site, the tree-ring dates gave a mean of µ2 = year 1107 with standard deviation o2 = 35 years.
Assume that both sites had dates that were approximately normally distributed. In the first area, an object was found and dated as x1 = year 1209. In the second area,
another object was found and dated as x2 = year 1237.
The Standard Normal Distribution
(u = 0, o = 1)
-3
-2
2
3
68% of area
95% of area
99.7% of area
(a) Convert both x1 and x2 to z values, and locate both of these values under the standard normal curve of the figure above. (Round your answers to two decimal
places.)
Z1 =
22 =
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