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Byju's Answer
Standard XII
Mathematics
Applications of Cross Product
Let a⃗ ...
Question
Let
→
a
&
→
b
be two non-zero perpendicular vectors. If a vector
→
x
satisfying the equation
→
x
x
→
b
=
→
a
is
→
x
=
β
→
b
−
1
∣
∣
→
b
∣
∣
2
→
a
x
→
b
then
β
can be
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Solution
¯
a
×
¯
b
=
|
¯
a
|
∣
∣
¯
b
∣
∣
sin
90
°
=
|
¯
a
|
∣
∣
¯
b
∣
∣
⟶
(
1
)
¯
x
=
β
¯
b
−
1
∣
∣
¯
b
∣
∣
(
¯
a
×
¯
b
)
¯
x
×
¯
b
=
β
¯
b
×
¯
b
−
1
∣
∣
¯
b
∣
∣
2
(
¯
a
×
¯
b
)
×
¯
b
¯
x
×
¯
b
=
−
1
∣
∣
¯
b
∣
∣
2
∣
∣
¯
a
×
¯
b
∣
∣
∣
∣
¯
b
∣
∣
¯
x
×
¯
b
=
−
1
∣
∣
¯
b
∣
∣
2
|
¯
a
|
∣
∣
¯
b
∣
∣
∣
∣
¯
b
∣
∣
=
−
|
¯
a
|
^
a
=
−
¯
a
¯
x
×
¯
b
=
−
¯
a
Since
β
is not used and
¯
x
×
¯
b
=
−
¯
a
So,
β
can be any real number.
Suggest Corrections
0
Similar questions
Q.
If
→
x
satisfying the conditions
→
b
.
→
x
=
β
&
→
b
x
→
x
=
→
a
is
→
x
=
(
β
2
−
12
)
→
b
∣
∣
→
b
∣
∣
2
+
→
a
×
→
b
∣
∣
→
b
∣
∣
2
then
β
can be
Q.
Solution of the vector equation
→
x
=
→
x
×
→
a
+
→
b
is
Q.
If
→
x
×
→
b
=
→
c
×
→
b
and
→
x
⊥
→
a
, then
→
x
is equal to
Q.
If
→
a
×
(
→
b
×
→
c
)
+
→
b
×
(
→
c
×
→
a
)
+
→
c
×
(
→
a
×
→
b
)
=
→
x
×
→
y
then
Q.
If
→
a
,
→
b
,
→
c
are unit vectors and
→
b
,
→
c
are non-collinear vectors satisfying
(
→
a
,
→
b
)
=
α
,
(
→
a
,
→
c
)
=
β
and
→
a
×
(
→
b
×
→
c
)
=
→
b
+
→
c
2
then
c
o
s
(
α
+
β
)
=
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