Newton’s Law ofCooling states that the temperatureTof an object at any time t can be described by theequation T = T s + ( T 0 − T s ) e − k t , where T s is thetemperature of the surrounding environment, T 0 is the initial temperature of the object, and k is thecooling rate. Use the definition of a logarithm alongwith properties of logarithms to solve the formula fortime tsuch that tis equal to a single logarithm.
Newton’s Law ofCooling states that the temperatureTof an object at any time t can be described by theequation T = T s + ( T 0 − T s ) e − k t , where T s is thetemperature of the surrounding environment, T 0 is the initial temperature of the object, and k is thecooling rate. Use the definition of a logarithm alongwith properties of logarithms to solve the formula fortime tsuch that tis equal to a single logarithm.
Newton’s Law ofCooling states that the temperatureTof an object at any time t can be described by theequation
T
=
T
s
+
(
T
0
−
T
s
)
e
−
k
t
,
where
T
s
is thetemperature of the surrounding environment,
T
0
is the initial temperature of the object, and k is thecooling rate. Use the definition of a logarithm alongwith properties of logarithms to solve the formula fortime tsuch that tis equal to a single logarithm.
Use a calculator to find a decimal approximation for the following trigonometric function.
cot 226°54'
cot 226°54'
(Simplify your answer. Type an integer or a decimal. Round to eight decimal places as needed.)
X
Acellus | Student
admin192c.acellus.com
go
0:0
Hannah wants to have concrete stairs for
her backdoor. How much concrete will be
needed to build the stairs?
20 cm
70 cm
30 cm
15 cm
10 cm
45 cm
cm
70 cm
GIF
自
لا
1
Hannah wants to have concrete stairs for
her backdoor. How much concrete will be
needed to build the stairs?
70 cm
30 cm
15 cm
10 cm
10 cm
20 cm
45 cm
cm³
GIF
GIF/
2
3
4
qwe
asdf
5
6
自
yu
ty u
8
ghjk
9
P
Z X
C
cv b
vbnm ×
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