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Byju's Answer
Standard XII
Mathematics
Equation of a Plane : Vector Form
If | z1 | =...
Question
If
|
z
1
|
=
|
z
2
|
=
1
and
a
m
p
z
1
+
a
m
p
z
2
=
0
then
A
z
1
z
2
=
1
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B
z
1
+
z
2
=
0
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C
z
1
=
¯
z
2
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D
z
1
=
z
2
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Solution
The correct options are
A
z
1
z
2
=
1
B
z
1
=
¯
z
2
a
r
g
(
z
1
)
=
−
a
r
g
(
z
2
)
Now
z
1
=
|
z
1
|
.
e
i
arg
(
z
1
)
=
e
i
arg
(
z
1
)
...(i)
z
2
=
|
z
2
|
e
i
arg
(
z
2
)
=
e
−
i
arg
(
z
1
)
...(ii)
Hence
z
2
=
¯
z
1
or
z
1
=
¯
z
2
Hence
z
1
.
z
2
=
|
z
1
|
2
=
|
z
2
|
2
=
1
.
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1
Similar questions
Q.
Let
z
1
,
z
2
∈
C
and
x
=
|
z
1
z
2
|
−
R
e
(
z
1
z
2
)
−
1
2
|
¯
z
2
−
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1
|
2
+
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2
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then
Q.
If
∣
∣
∣
z
1
z
2
∣
∣
∣
=
1
and
arg
(
z
1
z
2
)
=
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, then
Q.
If for the complex numbers
z
1
and
z
2
,
|
z
1
+
z
2
|
=
|
z
1
−
z
2
|
, then
a
m
p
(
z
1
)
∼
a
m
p
(
z
2
)
=
Q.
Assertion :
If
z
1
≠
z
2
and
|
z
1
+
z
2
|
=
∣
∣
∣
1
z
1
+
1
z
2
∣
∣
∣
then
z
1
z
2
is unimodular.
Reason: Both
z
1
and
z
2
are unimodular.
Q.
If
z
1
,
z
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,
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represent the vertices of an equilateral triangle such that
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|
=
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, then
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