An airplane takes off from an airport and lands an hour later at another airport, 400 miles away. If t represents the time in minutes since the plane has left the terminal building, let x ( t ) be the horizontal distance traveled and y ( t ) be the altitude of the plane. (a) Sketch a possible graph of x ( t ) . (b) Sketch a possible graph of y ( t ) . (c) Sketch a possible graph of the ground speed. (d) Sketch a possible graph of the vertical velocity.
An airplane takes off from an airport and lands an hour later at another airport, 400 miles away. If t represents the time in minutes since the plane has left the terminal building, let x ( t ) be the horizontal distance traveled and y ( t ) be the altitude of the plane. (a) Sketch a possible graph of x ( t ) . (b) Sketch a possible graph of y ( t ) . (c) Sketch a possible graph of the ground speed. (d) Sketch a possible graph of the vertical velocity.
Solution Summary: The author explains that x(t) is the horizontal distance trvaled by the plane at time. As time increases, the vertical distance will increase steadily.
An airplane takes off from an airport and lands an hour later at another airport, 400 miles away. If t represents the time in minutes since the plane has left the terminal building, let
x
(
t
)
be the horizontal distance traveled and
y
(
t
)
be the altitude of the plane.
(a) Sketch a possible graph of
x
(
t
)
.
(b) Sketch a possible graph of
y
(
t
)
.
(c) Sketch a possible graph of the ground speed.
(d) Sketch a possible graph of the vertical velocity.
(ii) Find the cartesian coordinate of the point P(r,0) = (-3,
-). Plot the graph
An airplane takes off from an airport and lands an hour laterat another airport, 400 miles away. If represents the time in minutes since the plane has left the terminal, let x(t) bethe horizontal distance traveled and y(t)be the altitude ofthe plane.(a) Sketch a possible graph of x(t) .(b) Sketch a possible graph of y(t).(c) Sketch a possible graph of the ground speed.(d) Sketch a possible graph of the vertical velocity.
Let c be a fixed constant. Explain the relationship betweenthe graphs of: y = f (x + c) and y = f (x) (rectangular).
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