Question

The mwan value of land and buildings per acre from a sample of farms is $1700, with a standard deviation of $200. The data set has a bell-shaped distribution. Assume the number of farms in the sample is 71.

A. Use the empirical rule to estimate the number of farms whose land and building values per acre are between $1300 and $2100.

# of farms? (Round to the nearest whole number as needed)

Answer #1

The mean value of land and buildings per acre from a sample of
farms is $1700 with a standard deviation of $200 The data set has
a bell-shaped distribution. Assume the number of farms in the
sample is 76 (a) Use the empirical rule to estimate the number of
farms whose land and building values per acre are between $1300
and $2100 _____ farms (Round to the nearest whole number as
needed.) (b) If 22 additional farms were sampled, about...

The mean value of land and buildings per acre from a sample of
farms is $1500 , with a standard deviation of $100. The data set
has a bell-shaped distribution. Assume the number of farms in the
sample is 71. (a) Use the empirical rule to estimate the number of
farms whose land and building values per acre are between $1300 and
$1700

The mean value of land and buildings per acre from a sample of
farms is $1500, with a standard deviation of $100. The data set
has a bell-shaped distribution. Assume the number of farms in the
sample is 71.
(a) Use the empirical rule to estimate the number of farms
whose land and building values per acre are between $1300 and
$1700.

The mean value of land and buildings per acre from a sample of
farms is $1700, with a standard deviation of $300.
The data set has a bell-shaped distribution. Assume the number
of farms in the sample is 77.
(a) Use the empirical rule to estimate the number of farms
whose land and building values per acre are between
$1400 and $2000.
_______ farms (Round to the nearest whole number as
needed.)
(b) If 22 additional farms were sampled, about...

The mean value of land and buildings per acre from a sample of
farms is
$1700
with a standard deviation of
$100
The data set has a bell-shaped distribution. Assume the number
of farms in the sample is
78
(a) Use the empirical rule to estimate the number of farms
whose land and building values per acre are between
$1500
and
$1900
nothing
farms (Round to the nearest whole number as needed.) (b)
If
21
additional farms were sampled, about...

The mean value of land and buildings per acre from a sample of
farms is $1500, with a standard deviation of $100. The data set
has a bell-shaped distribution. Assume the number of farms in the
sample is 78.
(a) Use the empirical rule to estimate the number of farms
whose land and building values per acre are between $1300 and
$1700.
___farms

The mean value of land and buildings per acre from a sample of
farms is ?$1600?, with a standard deviation of ?$300. The data set
has a? bell-shaped distribution. Assume the number of farms in the
sample is 76. ?(a) Use the empirical rule to estimate the number of
farms whose land and building values per acre are between ?$1300
and ?$1900. ____ farms ?(Round to the nearest whole number as?
needed.) ?(b) If 20 additional farms were? sampled, about...

The mean value of land and buildings per acre from a sample of
farms is $1300 , with a standard deviation of $200 . The data
set has a bell-shaped distribution. Assume the number of farms in
the sample is 72 . (a) Use the empirical rule to estimate the
number of farms whose land and building values per acre are between
$1100 and $1500 . 49 farms (Round to the nearest whole number
as needed.) (b) If 24 additional...

The mean value of land and buildings per acre from a
sample of farms is
$1800
with a standard deviation of
$200
The data set has a bell-shaped distribution.
Assume the number of farms in the sample is
75
(a) Use the empirical rule to estimate the number of
farms whose land and building values per acre are between
$1600
and
$2000
nothing
farms (Round to the nearest whole number
as needed.)

2.4.31 The mean value of land and buildings per acre from a
sample of farms is $1300 , with a standard deviation of $200 .
The data set has a bell-shaped distribution. Assume the number of
farms in the sample is 72 .
(a) Use the empirical rule to estimate the number of farms
whose land and building values per acre are between
$1100
and
$1500
.

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