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Byju's Answer
Standard XII
Physics
Horizontal and Vertical Components of Projectile Motion
Find how the ...
Question
Find how the total acceleration
ω
of the balloon depends on the height of ascent.
A
ω
=
2
a
v
0
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B
ω
=
−
2
a
v
0
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C
ω
=
a
v
0
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D
ω
=
−
a
v
0
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Solution
The correct option is
C
ω
=
a
v
0
Vertical direction:
Constant velocity so no acceleration.
Horizontal direction:
v
=
a
y
v
=
a
×
v
0
t
a
=
d
v
d
t
a
=
a
v
0
Suggest Corrections
0
Similar questions
Q.
Find the value of
∣
∣ ∣ ∣
∣
1
ω
ω
2
1
ω
2
1
ω
2
ω
1
∣
∣ ∣ ∣
∣
, where
ω
is complex cube root of unity.
Q.
A battery of 10 V is connected in series with resistors of
3
Ω
,
5
Ω
,
4
Ω
,
5
Ω
a
n
d
13
Ω
.
How much current would flow through the
3
Ω
resistor?
Q.
If
(
a
+
ω
)
−
1
+
(
b
+
ω
)
−
1
+
(
c
+
ω
)
−
1
+
(
d
+
ω
)
−
1
=
2
ω
−
1
,
(
a
+
ω
)
−
1
+
(
b
+
ω
)
−
1
+
(
c
+
ω
)
−
1
+
(
d
+
ω
)
−
1
=
2
(
ω
′
)
−
1
where
ω
and
ω
′
are the imaginary cube root of unity, prove that
(
a
+
ω
)
−
1
+
(
b
+
ω
)
−
1
+
(
c
+
ω
)
−
1
+
(
d
+
ω
)
−
1
=
2
.
Q.
The value of
(
1
+
√
ω
+
ω
)
(
1
−
√
ω
+
ω
)
=
Q.
The value of the expression
1
⋅
(
2
−
ω
)
(
2
−
ω
2
)
+
2
(
3
−
ω
)
(
3
−
ω
2
)
+
.
.
.
.
+
(
n
−
1
)
(
n
−
ω
)
(
n
−
ω
2
)
,where
ω
is an imaginary cube root of unity, is
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Standard XII Physics
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