Two models for measuring the effects of high temperature and humidity are the Summer Simmer Index and the Apparent Temperature. For an outside temperature of , these indices relate the relative humidity, H (expressed as a decimal), to the perceived temperature as follows.
Summer Simmer: Apparent Temperature:
For each index, find the point that corresponds to a relative humidity of 80%. Round your answer to two decimal places.

A)S = 132.87 A = 125.07
B)S = 131.95 A = 124.24
C)S = 131.04 A = 123.41
D)S = 104.50 A = 99.46
E)S = 141.1 A = 132.50

Question

Two models for measuring the effects of high temperature and humidity are the Summer Simmer Index and the Apparent Temperature. For an outside temperature of  , these indices relate the relative humidity, H (expressed as a decimal), to the perceived temperature as follows. ​
Summer Simmer:  Apparent Temperature:  ​
For each index, find the point that corresponds to a relative humidity of 80%. Round your answer to two decimal places.
​
A)S = 132.87 A = 125.07 
B)S = 131.95 A = 124.24 
C)S = 131.04 A = 123.41 
D)S = 104.50 A = 99.46 
E)S = 141.1 A = 132.50

Quizplus · Accepted Answer

The Answer of Two models for measuring the effects of high temperature and humidity are the Summer Simmer Index and the Apparent Temperature. For an outside temperature of  , these indices relate the relative humidity, H (expressed as a decimal), to the perceived temperature as follows. ​
Summer Simmer:  Apparent Temperature:  ​
For each index, find the point that corresponds to a relative humidity of 80%. Round your answer to two decimal places.
​
A)S = 132.87 A = 125.07 
B)S = 131.95 A = 124.24 
C)S = 131.04 A = 123.41 
D)S = 104.50 A = 99.46 
E)S = 141.1 A = 132.50

Two Models for Measuring the Effects of High Temperature and Humidity