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Byju's Answer
Standard XII
Mathematics
Integration by Substitution
Solve loga+...
Question
Solve
l
o
g
a
+
l
o
g
b
c
l
o
g
a
(
1
+
l
o
g
a
b
c
)
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Solution
log
a
+
log
b
c
log
a
(
1
+
log
a
b
c
)
Changing base of
log
a
b
c
log
a
b
c
=
log
b
c
log
a
Thus,
log
a
+
log
b
c
log
a
(
1
+
log
a
b
c
)
=
log
a
+
log
b
c
log
a
(
1
+
log
b
c
log
a
)
⇒
log
a
+
log
b
c
log
a
(
log
a
+
log
b
c
log
a
)
⇒
log
a
+
log
b
c
(
log
a
+
log
b
c
)
⇒
1
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0
Similar questions
Q.
l
o
g
a
+
l
o
g
b
c
l
o
g
a
(
1
+
l
o
g
a
b
c
)
=
Q.
Solve the following inequality:
log
a
(
1
−
x
2
)
⩾
1.
Q.
Solve the following inequality:
log
a
(
1
−
8
a
−
x
)
⩾
2
(
1
−
x
)
(
a
ϵ
R
)
Q.
Let
S
n
(
x
)
=
log
a
1
/
2
x
+
log
a
1
/
3
x
+
log
a
1
/
6
x
+
log
a
1
/
11
x
+
log
a
1
/
18
x
+
log
a
1
/
27
x
+
⋯
up to
n
-terms
,
where
a
>
1.
If
S
24
(
x
)
=
1093
and
S
12
(
2
x
)
=
265
,
then value of
a
is equal to
Q.
The function
f
(
x
)
=
l
o
g
(
1
+
a
x
)
−
l
o
g
(
1
−
b
x
)
x
is not defined at x = 0. The value which should be assigned to f at x =0 so that it is continuos at x = 0, is
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Standard XII Mathematics
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