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Byju's Answer
Standard XII
Mathematics
Integration as Antiderivative
The value of ...
Question
The value of the integral
∫
e
7
log
x
−
e
6
log
x
e
5
log
x
−
e
4
log
x
d
x
is equal to
A
e
7
⋅
log
7
+
c
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B
x
3
3
+
c
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C
e
⋅
5
5
x
+
c
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D
e
2
log
2
+
c
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Solution
The correct option is
B
x
3
3
+
c
∫
e
7
log
x
−
e
6
log
x
e
5
log
x
−
e
4
log
x
d
x
=
∫
x
7
−
x
6
x
5
−
x
4
d
x
=
∫
x
2
d
x
=
x
3
3
+
c
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0
Similar questions
Q.
The value of
∫
e
6
log
x
−
e
5
log
x
e
4
log
x
−
e
3
log
x
d
x
is equal to
Q.
The value of
∫
e
6
log
x
−
e
5
log
x
e
4
log
x
−
e
3
log
x
d
x
is equal to
Q.
If
log
2
=
a
,
log
3
=
b
,
log
7
=
c
and
6
x
=
7
x
+
4
,
then
x
is equal to
Q.
Solve
∫
e
6
log
x
−
e
5
log
x
e
4
log
x
−
e
3
log
x
d
x
Q.
Given that
log
2
3
=
a
,
log
3
5
=
b
,
log
7
2
=
c
, express the logarithm of a number
63
to the base
140
in terms of
a
,
b
and
c
.
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