SOLUTION: The relationship between the air temperatur t (in degrees Fahrenheit) and the altitude h ( in feet above sea level) is approcimately linear. At 1000 ft, the temperature is 60*. At
Algebra.Com
Question 28699: The relationship between the air temperatur t (in degrees Fahrenheit) and the altitude h ( in feet above sea level) is approcimately linear. At 1000 ft, the temperature is 60*. At 5000ft the temperature is 42*. Express t in therms of h. Use proper or improper fractions or exact decimals only no decimal approcimations.
Answer by josmiceli(19441) (Show Source): You can put this solution on YOUR website!
If it's a linear relation then
t = mh +k where m is the slope and t = k when h = 0
this is the same as
multiply both sides by (h - 1000)
check
when h = 1000
when h = 5000
OK
RELATED QUESTIONS
The air pressure P at sea level is about 14.7 pounds per square inch. As the altitude... (answered by stanbon)
Find the difference in altitude between a hill 152 feet above sea level and an ocean... (answered by stanbon)
Please Help!!
Air temperature drops approximately 5.5ºF for each 1,000-foot rise in... (answered by solver91311)
Air temperature drops approximately 5.5ºF for each 1,000-foot rise in altitude above... (answered by chessace)
At sea level, water boils at 212 degrees F. At the height of 1100 feet, water boils at... (answered by ankor@dixie-net.com)
Find the difference in altitude between a mountain 5436 feet high and a gorge 213 feet... (answered by TimothyLamb)
Dolbears law states the relationship between the rate at which Snowy Tree Crickets Chirp... (answered by ikleyn,josgarithmetic)
Dolbear's law states the relationship between the rate at which snowy tree crickets chirp (answered by josgarithmetic)
The temperature at which water starts to boil​ (its boiling​ point) is linearly... (answered by ikleyn)