A lab technician controls the temperature T inside a kiln. From an initial temperature of 0 degrees Celsius ( ° C ) , he allows the temperature to increase by 2 ° C per minute for the next 60 minutes. After the 60 th minute, he allows the temperature to cool by 3 ° C per minute. If t is the number of minutes, the temperature T is given by T ( t ) = { 2 t , for t ≤ 60 , 300 − 3 t , for t > 60. Find lim t → 60 − T ( t ) , lim t → 60 + T ( t ) , and lim t → 60 T ( t ) .
A lab technician controls the temperature T inside a kiln. From an initial temperature of 0 degrees Celsius ( ° C ) , he allows the temperature to increase by 2 ° C per minute for the next 60 minutes. After the 60 th minute, he allows the temperature to cool by 3 ° C per minute. If t is the number of minutes, the temperature T is given by T ( t ) = { 2 t , for t ≤ 60 , 300 − 3 t , for t > 60. Find lim t → 60 − T ( t ) , lim t → 60 + T ( t ) , and lim t → 60 T ( t ) .
Solution Summary: The author calculates the value of limit undersettto 60-mathrmlimT(t
A lab technician controls the temperature T inside a kiln. From an initial temperature of 0 degrees Celsius
(
°
C
)
, he allows the temperature to increase by
2
°
C
per minute for the next 60 minutes. After the 60th minute, he allows the temperature to cool by
3
°
C
per minute. If t is the number of minutes, the temperature T is given by
T
(
t
)
=
{
2
t
,
for
t
≤
60
,
300
−
3
t
,
for
t
>
60.
Find
lim
t
→
60
−
T
(
t
)
,
lim
t
→
60
+
T
(
t
)
,
and
lim
t
→
60
T
(
t
)
.
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