Question

The Boeing 747-8 Intercontinental Jet can carry approximately 422,000 gallons of gasoline, making it possible for the jet to travel 14,430 kilometers before needing to refuel. Create a linear model that represents the amount of gasoline on the plane, in gallons, as a function of the flight time, in hours.

Answer 1

Answer:

$x = 3.741\times 10^{-5}\cdot n$

Step-by-step explanation:

The travel time is found dividing the flight traveled distance by cruise speed:

$t =\frac{x}{v_{cruise}}$

A Boeing 747-8 has a cruise speed of 914 kilometers per hour. Then:

$t = \frac{x}{914\,\frac{km}{h} }$

The maximum distance as function of the quantity of gallons of gasoline is estimated by the following linear model:

$x = \frac{14,430\,km}{422,000\,gallons}\cdot n$

Finally, the required expression is:

$x = 3.741\times 10^{-5}\cdot n$

Answer 2

Answer:

GIMME POINTS DUDEEEE . in my y t voice

Step-by-step explanation: