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Let e (x) be the elevation, in meters, of a cable car from the ground, x minutes after it begins descending from the top

e (t) = 840 - 52.51

meters from the ground

minutes after it

Since e (14) =, the elevation of the cable car will be

from the top of the hill,

Corrected Question

e (x) = 840-52.5x

Let e (x) be the elevation, in meters, of a cable car from the ground, x minutes after it begins descending from the top of a hill. Since e (14) = ?, the elevation of the cable car will be meters from the ground minutes after it begins descending from the top of the hill.

Answer:

e (14) = 105 meters

Elevation of the cable car 14 minutes after it begins descending from the top of the hill = 105 meters from the ground

Step-by-step explanation:

Given the elevation, e (x) in meters, of a cable car from the ground, x minutes after it begins descending from the top of a hill.

e (x) = 840-52.5x

e (14) = 840-52.5 (14)

e (14) = 840-735

e (14) = 105 meters

Since e (14) = 105 meters, the elevation of the cable car will be 105 meters from the ground 14 minutes after it begins descending from the top of the hill.