Question

A group of adult males has foot lengths with a mean of 28.31 cm and a standard deviation of 1.38 cm. Use the range rule of thumb to identify the limits separating values that are significantly low or significantly high. Is the adult male foot length of 25.2 cm significantly low or significantly high? Explain

Answer #1

A group of adult males has foot lengths with a mean of 27.75 cm
and a standard deviation of 1.13 cm. Use the range rule of thumb to
identify the limits separating values that are significantly low or
significantly high. Is the adult male foot length of 30.4 cm
significantly low or significantly high? Explain.

A group of adult males has foot lengths with a mean of 27.64
cm and a standard deviation of 1.39
cm. Use the range rule of thumb to identify the limits
separating values that are significantly low or significantly
high.
Is the adult male foot length of 24.7 cm significantly low or
significantly high? Explain.
Significantly low values are ______ cm or lower.

A group of adult males has foot lengths with a mean of 26.98cm
and a standard deviation of 1.41cm. Use the range rule of thumb to
identify the limits separating values that are significantly low or
significantly high. Is the adult male foot length of 23.9 cm
significantly low or significantly high? Explain.
1. Significantly low values are ___ cm or lower (do not
round)
2. Significantly high values are ___ cm or higher (do not
round)
3. select the...

A group of adult males has foot lengths with a mean of 26.68 cm
and a standard deviation of 1.49cm. Use the range rule of thumb to
identify the limits separating values that are significantly low or
significantly high. Is the adult male foot length of 23.4 cm
significantly low or significantly high? Explain.
Significantly low values are ? cm or lower.
(Type an integer or a decimal. Do not round.)
Significantly high values are ? cm or higher.
(Type...

The brain volumes (cm cubed) of 20 brains have a mean of
1059.2 cm cubed and a standard deviation of 128.9 cm cubed. 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 1287.0
cm cubed be significantly high?

A certain group of test subjects had pulse rates with a mean of
83.4 beats per minute and a standard deviation of 11.5 beats per
minute. Use the range rule of thumb to identify the limits
separating values that are significantly low or significantly high.
Is a pulse rate of 56.4 beats per minute significantly low or
significantly high?

The brain volumes (cm cubedcm3 )of 20 brains have a mean of
1155.1cm cubedcm3and a standard deviation of
129.1cm cubedcm3.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 of1453.3cm cubedcm3 be significantly high?
Significantly low values are__cm cubedcm3or lower.
(Type an integer or a decimal. Do not round.)
Significantly high values are__cm cubedcm3or higher.
(Type an integer or...

A certain group of test subjects had pulse rates with a mean
of
78.778.7
beats per minute and a standard deviation of
11.911.9
beats per minute. Use the range rule of thumb to identify the
limits separating values that are significantly low or
significantly high. Is a pulse rate of
142.5142.5
beats per minute significantly low or significantly high?
Significantly low values are
nothing
beats per minute or lower.
(Type an integer or a decimal. Do not round.)
Significantly high...

The lengths of adult males' hands are normally distributed with
mean 186 mm and standard deviation is 7.3 mm. Suppose that 10
individuals are randomly chosen. Round all answers to 4 where
possible.
For the group of 10, find the probability that the average hand
length is less than 187.
Find the first quartile for the average adult male hand length
for this sample size.

The lengths of adult males' hands are normally distributed with
mean 190 mm and standard deviation is 7 mm. Suppose that 48
individuals are randomly chosen. Round all answers to 4 where
possible.
For the group of 48, find the probability that the average hand
length is less than 192.
Find the third quartile for the average adult male hand length
for this sample size.
For part b), is the assumption that the distribution is normal
necessary?

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