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Byju's Answer
Standard XII
Mathematics
Equation of a Plane Parallel to a Given Plane
Q.1. Find the...
Question
Q.1. Find the value of k so that the straight line 2x + 3y + 4 + k(6x - y + 12) = 0 is perpendicular to the line 7x + 5y - 4 = 0.
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Solution
The
given
equation
of
the
first
line
is
,
2
x
+
3
y
+
4
+
k
6
x
-
y
+
12
=
0
⇒
2
+
6
k
x
+
3
-
k
y
+
4
+
12
k
=
0
⇒
3
-
k
y
=
-
2
+
6
k
x
-
4
+
12
k
=
0
⇒
y
=
2
+
6
k
x
k
-
3
+
12
k
+
4
k
-
3
.
.
.
.
.
1
Slope
of
line
1
is
m
1
=
2
+
6
k
k
-
3
The
equation
of
the
other
line
2
is
,
7
x
+
5
y
-
4
=
0
⇒
5
y
=
4
-
7
x
⇒
y
=
-
7
x
5
+
4
5
.
.
.
.
.
2
Slope
of
line
2
is
m
2
=
-
7
5
Since
,
line
1
is
⊥
to
line
2
,
then
m
1
m
2
=
-
1
⇒
2
+
6
k
k
-
3
×
-
7
5
=
-
1
⇒
14
+
42
k
5
k
-
15
=
1
⇒
42
k
+
14
=
5
k
-
15
⇒
37
k
=
-
29
⇒
k
=
-
29
37
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0
Similar questions
Q.
Find the value of k if the straight line
2
x
+
3
y
+
4
+
k
(
6
x
−
y
+
12
)
=
0
is perpendicular to the line
7
x
+
5
y
−
4
=
0
.
Q.
If the line (2x + 3y + 4) +λ (6x – y + 12) = 0 is perpendicular to the line 7x + y – 4 = 0, then λ = _____________.
Q.
If the straight line
(
x
+
y
+
1
)
+
K
(
2
x
−
y
−
1
)
=
0
is perpendicular to
2
x
+
3
y
−
8
=
0
then K =
Q.
Find the value of k so that the line
k
x
−
2
k
y
−
3
=
0
may be perpendicular to
2
x
−
3
k
y
−
4
=
0
Q.
Find the value of
k
so that the line
k
x
+
y
−
3
=
0
may be parallel to
2
x
−
3
y
+
4
=
0
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