The brain volumes (cm³) of 20 brains have a mean of 1115.7 cm and a standard deviation of 124.1 cm³. Use the given standard deviation and the range rule of thumb to identify the limits separating values that are significantly low or significantly high. For such data, would a brain volume of 1383.9 cm³ be significantly high? Significantly low values are cm³ or lower. (Type an integer or a decimal. Do not round.) Significantly high values are cm³ or higher. (Type an integer or a decimal. Do not round.) Is 1383.9 cm³ significantly high? O A. No, because it is between the limits separating values. OB. Yes, because it is below the lower limit separating value. OC. No, because it is above the upper limit separating value. O D. Yes, because it is above the upper limit separating value. O E. Yes, because it is between the limits separating values. OF. No, because it is below the lower limit separating value. C
The brain volumes (cm³) of 20 brains have a mean of 1115.7 cm and a standard deviation of 124.1 cm³. Use the given standard deviation and the range rule of thumb to identify the limits separating values that are significantly low or significantly high. For such data, would a brain volume of 1383.9 cm³ be significantly high? Significantly low values are cm³ or lower. (Type an integer or a decimal. Do not round.) Significantly high values are cm³ or higher. (Type an integer or a decimal. Do not round.) Is 1383.9 cm³ significantly high? O A. No, because it is between the limits separating values. OB. Yes, because it is below the lower limit separating value. OC. No, because it is above the upper limit separating value. O D. Yes, because it is above the upper limit separating value. O E. Yes, because it is between the limits separating values. OF. No, because it is below the lower limit separating value. C
MATLAB: An Introduction with Applications
6th Edition
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Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
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Problem 1P
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![The brain volumes (cm³) of 20 brains have a mean of 1115.7 cm³ and a standard deviation of 124.1 cm³. Use the given standard deviation and the range rule of thumb to identify the limits separating values that are
significantly low or significantly high. For such data, would brain volume of 1383.9 cm³ be significantly high?
Significantly low values are cm³ or lower.
(Type an integer or a decimal.
Do not round.)
Significantly high values are
cm³ or higher.
(Type an integer or a decimal. Do not round.)
Is 1383.9 cm³ significantly high?
O A. No, because it is between the limits separating values.
O B. Yes, because it is below the lower limit separating value.
O C. No, because it is above the upper limit separating value.
O D. Yes, because it is above the upper limit separating value.
O E. Yes, because it is between the limits separating values.
OF. No, because it is below the lower limit separating value.
-C...](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb778fe27-7e8b-4d5e-9712-107e3241564b%2F626a8ed3-3bb1-472b-abe0-f3d7e6183366%2Fukyt8q_processed.png&w=3840&q=75)
Transcribed Image Text:The brain volumes (cm³) of 20 brains have a mean of 1115.7 cm³ and a standard deviation of 124.1 cm³. Use the given standard deviation and the range rule of thumb to identify the limits separating values that are
significantly low or significantly high. For such data, would brain volume of 1383.9 cm³ be significantly high?
Significantly low values are cm³ or lower.
(Type an integer or a decimal.
Do not round.)
Significantly high values are
cm³ or higher.
(Type an integer or a decimal. Do not round.)
Is 1383.9 cm³ significantly high?
O A. No, because it is between the limits separating values.
O B. Yes, because it is below the lower limit separating value.
O C. No, because it is above the upper limit separating value.
O D. Yes, because it is above the upper limit separating value.
O E. Yes, because it is between the limits separating values.
OF. No, because it is below the lower limit separating value.
-C...
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