he body temperatures of a group of healthy adults have a​bell-shaped distribution with a mean of

98.21degrees°F

and a standard deviation of

0.66 degrees°F.

Using the empirical​ rule, find each approximate percentagebelow.

a.	Whatis the approximate percentage of healthy adults with bodytemperatures within 1 standard deviation of the​ mean, or between 97.5.degrees°F and 98.87 degrees°​F?
b.	Whatis the approximate percentage of healthy adults with bodytemperatures between 96.23 degrees°F and 100.19 degrees°​F?

a. Approximately

what ​%

of healthy adults in this group have body temperatures within 1standard deviation of the mean 97.55 and 98.87

11

standard

deviationdeviation

of the​ mean, or between

97.5597.55degrees°F

and

98.8798.87degrees°F.

​(Type an integer or a decimal. Do not​ round.)

he body temperatures of a group of healthy adults have a​bell-shaped distribution with a mean of

98.2198.21degrees°F

and a standard deviation of

0.660.66degrees°F.

Using the empirical​ rule, find each approximate percentagebelow.

a.	Whatis the approximate percentage of healthy adults with bodytemperatures within 11 standard deviationdeviation of the​ mean, or between 97.5597.55degrees°F and 98.8798.87degrees°​F?
b.	Whatis the approximate percentage of healthy adults with bodytemperatures between 96.2396.23degrees°F and 100.19100.19degrees°​F?

a. Approximately

nothing ​%

of healthy adults in this group have body temperatureswithin

11

standard

deviationdeviation

of the​ mean, or between

97.5597.55degrees°F

and

98.8798.87degrees°F.

​(Type an integer or a decimal. Do not​ round.)

he body temperatures of a group of healthy adults have a​bell-shaped distribution with a mean of

98.2198.21degrees°F

and a standard deviation of

0.660.66degrees°F.

Using the empirical​ rule, find each approximate percentagebelow.

a.	Whatis the approximate percentage of healthy adults with bodytemperatures within 11 standard deviationdeviation of the​ mean, or between 97.5597.55degrees°F and 98.8798.87degrees°​F?
b.	Whatis the approximate percentage of healthy adults with bodytemperatures between 96.2396.23degrees°F and 100.19100.19degrees°​F?

a. Approximately

nothing ​%

of healthy adults in this group have body temperatureswithin

11

standard

deviationdeviation

of the​ mean, or between

97.5597.55degrees°F

and

98.8798.87degrees°F.

​(Type an integer or a decimal. Do not​ round.)

he body temperatures of a group of healthy adults have a​bell-shaped distribution with a mean of

98.2198.21degrees°F

and a standard deviation of

0.660.66degrees°F.

Using the empirical​ rule, find each approximate percentagebelow.

a.	Whatis the approximate percentage of healthy adults with bodytemperatures within 1 standard deviation of the​ mean, or between 97.5597.55degrees°F and 98.8798.87degrees°​F?
b.	Whatis the approximate percentage of healthy adults with bodytemperatures between 96.2396.23degrees°F and 100.19100.19degrees°​F?

a. Approximately

nothing ​%

of healthy adults in this group have body temperatureswithin

11

standard

deviationdeviation

of the​ mean, or between

97.5597.55degrees°F

and

98.8798.87degrees°F.

​(Type an integer or a decimal. Do not​ round.)

he body temperatures of a group of healthy adults have a​bell-shaped distribution with a mean of

98.2198.21degrees°F

and a standard deviation of

0.660.66degrees°F.

Using the empirical​ rule, find each approximate percentagebelow.

a.	Whatis the approximate percentage of healthy adults with bodytemperatures within 1 standard deviation of the​ mean, or between 97.5.degrees°F and 98.87 degrees°​F?
b.	Whatis the approximate percentage of healthy adults with bodytemperatures between 96.23 degrees°F and 100.19 degrees°​F?

a. Approximately

nothing ​%

of healthy adults in this group have body temperatureswithin

11

standard

deviation

of the​ mean, or between

97.55.55degrees°F

and

98.87 degrees°F.

​(Type an integer or a decimal. Do not​ round.)