A lighter body and heavier body both are moving with same momentum and applied same retarding force. Their stoping distances are s₁ and s₂ respectively. Then the correct relation between s₁ and s₂ -
Answers
Answered by
0
Answer:
SOLUTION
G
i
v
e
n
m
1
v
1
=
m
2
v
2
.
L
e
t
m
1
>
m
2
⇒
v
2
<
v
1
a
1
=
F
m
1
a
n
d
a
2
=
F
m
2
,
where F is the applied force.
We have,
O
=
v
1
−
a
1
t
1
⇒
t
1
=
v
1
a
1
=
m
1
v
1
f
O
=
v
2
−
a
2
t
2
⇒
t
2
=
v
2
a
2
=
m
2
v
2
f
⇒
t
1
=
t
2
Also,
O
=
v
2
1
−
2
a
1
s
1
⇒
s
1
=
v
2
1
2
a
1
=
(
m
1
v
1
2
F
)
v
1
O
=
v
2
2
−
2
a
2
s
2
⇒
s
2
=
v
2
2
2
a
2
=
(
m
2
v
2
2
F
)
v
2
S
2
>
s
1
s
i
n
c
e
v
2
>
v
1
Answered by
0
Answer:
solution
G
i
V
Andhra Pradesh state road to a scheduled to be in a while to figure that one of the most of four your answer
Similar questions
English,
21 days ago
Science,
21 days ago
Accountancy,
21 days ago
Biology,
1 month ago
Geography,
1 month ago
Accountancy,
9 months ago
English,
9 months ago