Scientists have found a relationship between the temperature and the height above a distant planet's surface. T(h), given below, is the temperature in Celsius at a height of h kilometers above the planet's surface. The relationship is as follows.T(h) = 38 - 1.25hComplete the following statements.Let T−1 be the inverse function of T.Take x to be an output of the function T.(a) Which statement best describes T^-1(x)?  The reciprocal of the temperature (in degrees Celsius) at a height of x kilometers.  The height above the surface (in kilometers) when the temperature is x degrees Celsius.  The temperature (in degrees Celsius) at a height of x kilometers.  The ratio of the temperature (in degrees Celsius) to the number of kilometers, x. (b) T^-1(x)= (c) T^-1(25)=

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Asked Mar 1, 2020
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Scientists have found a relationship between the temperature and the height above a distant planet's surface. 
T(h), given below, is the temperature in Celsius at a height of 
h kilometers above the planet's surface. The relationship is as follows.
T(h) = 38 - 1.25h
Complete the following statements.
Let T−1 be the inverse function of T.
Take x to be an output of the function T.
(a) Which statement best describes T^-1(x)?  
 
The reciprocal of the temperature (in degrees Celsius) at a height of x kilometers.
 
 
The height above the surface (in kilometers) when the temperature is x degrees Celsius.
 
 
The temperature (in degrees Celsius) at a height of x kilometers.
 
 
The ratio of the temperature (in degrees Celsius) to the number of kilometers, x.
 
(b) T^-1(x)=  
(c) T^-1(25)=  
 
 
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