HOW DO YOU SEE IT? Two long distance runners starting out side by side begin a 10,000-meter run. Their distances are given by s = f ( t ) and s = g ( t ) , where s is measured in thousands of meters and t is measured in minutes. (a) Which runner is running faster at t 1 ? (b) What conclusion can you make regarding their rates at t 2 ? (c) What conclusion can you make regarding their rates at t 3 ? (d) Which runner finishes the race first? Explain.
HOW DO YOU SEE IT? Two long distance runners starting out side by side begin a 10,000-meter run. Their distances are given by s = f ( t ) and s = g ( t ) , where s is measured in thousands of meters and t is measured in minutes. (a) Which runner is running faster at t 1 ? (b) What conclusion can you make regarding their rates at t 2 ? (c) What conclusion can you make regarding their rates at t 3 ? (d) Which runner finishes the race first? Explain.
Solution Summary: The author analyzes the runner's distance at t_1 if the two long distance runners start side by side and begin a 10,000 meter run.
HOW DO YOU SEE IT? Two long distance runners starting out side by side begin a 10,000-meter run. Their distances are given by
s
=
f
(
t
)
and
s
=
g
(
t
)
, where s is measured in thousands of meters and t is measured in minutes.
(a) Which runner is running faster at
t
1
?
(b) What conclusion can you make regarding their rates at
t
2
?
(c) What conclusion can you make regarding their rates at
t
3
?
(d) Which runner finishes the race first? Explain.
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