Mean = Variance Standard Deviation 10.55 280.95 16.77 2. What is the data value (raw score) associated with a standard score of 1.1? Determine the percentage less than this score. Draw the curve and show your complete solution. 3. What is the data value (raw score) associated with a standard score of -0.09? Determine the percentage greater than this score. Draw the curve and show your complete solution. 4. What is the range (. to fall within the mean observing symmetry? Draw the curve and show your complete solution. Sx<__ of the data values that would allow 55% of the data

MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
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solve all pls
Mean =
Standard Deviation
10.55 Variance
280.95
16.77
2. What is the data value (raw score) associated with a standard score of 1.1?
Determine the percentage less than this score. Draw the curve and show your
complete solution.
3. What is the data value (raw score) associated with a standard score of -0.09?
Determine the percentage greater than this score. Draw the curve and show
your complete solution.
4. What is the range (sx<__ of the data values that would allow 55% of the data
to fall within the mean observing symmetry? Draw the curve and show your
complete solution.
Transcribed Image Text:Mean = Standard Deviation 10.55 Variance 280.95 16.77 2. What is the data value (raw score) associated with a standard score of 1.1? Determine the percentage less than this score. Draw the curve and show your complete solution. 3. What is the data value (raw score) associated with a standard score of -0.09? Determine the percentage greater than this score. Draw the curve and show your complete solution. 4. What is the range (sx<__ of the data values that would allow 55% of the data to fall within the mean observing symmetry? Draw the curve and show your complete solution.
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