Based on the above question. Match column-A with the column-B.
Column-A Column-B
a. $m_{A} = m_{B}$ p. I
b. $m_{A} > m_{B}$ q. II
c. $m_{A} < m_{B}$ r. III
s. IV
t. V
u. VI

a -u, b-r, c-p

No worries! We‘ve got your back. Try BYJU‘S free classes today!

a-q, b-t, c-s

Right on! Give the BNAT exam to get a 100% scholarship for BYJUS courses

a-q, b-s, c-t

No worries! We‘ve got your back. Try BYJU‘S free classes today!

a-u, b-t, c-s

No worries! We‘ve got your back. Try BYJU‘S free classes today!

Open in App

Solution

The correct option is B a-q, b-t, c-s
From the momentum conservation principle we can say that the momentum of both the particle after exploding will remain same.
$m_{a} v_{a} = m_{b} v_{b}$

Slope of the Displacement-time curve gives the Velocity of that motion.
1. masses are same so velocity will also remain same, but in opposite direction.
2. $m_{b} > m_{a}$ higher the mass lesser the velocity after the equilibrium. Less velocity less the slope.
3. $m_{b} < m_{a}$ higher the mass, lesser the velocity after the equilibrium. Less velocity less the slope.

Suggest Corrections

Similar questions

Q. Match Column-I with Column-II:

\begin{matrix} Column-I & Column-II a. {[N i (C N)_{4}]}_{4}^{2 -} & p. d^{2} s p^{3} b. [N i (C O)_{4}] & q. s p^{3} d^{2} c. {[C o (e n)_{3}]}_{3}^{3 +} & r. d s p^{2} d. {[C o (B r)_{3} C l_{3}]}_{3}^{3 -} & s. s p^{3} t. Inner orbital complex u. Outer orbital complex \end{matrix}

Q. If

a : b = c : d

, then

\frac{m a + n c}{m b + n d}

is equal to ______.

Q. In the given reaction,

M_{A}

is a metal A and

M_{B}

is a metal B. Choose the correct options regarding the reactivities of

M_{A}

and

M_{B}

M_{A} + S a l t o f M_{B} \to M_{B} + S a l t o f M_{A}

Two compounds A and B forms non-volatile compounds having molecular formulae $A B_{2}$ and $A B_{4}$ . when 1 g of $A B_{2}$ and 1g of $A B_{4}$ are separately dissolved in 20 g of Benzene, the B.P. was lowered by ${2.3}^{\circ} C$ and ${1.3}^{\circ} C$ respectively. Find the molar mass of A and B. $k_{b}$ of Benzene is S.1 k kg/mol

Q. Match the names of triplet codons with the amino acids given under columns. Choose the answer which gives the correct combination of the alphabets of the two columns.
(a) A- s, B- t, C- q, D- r
(b) A- t, B- s, C- r, D- q
(c) A- p, B- r, C- s, D- t
(d) A- q, B- r, C- s, D- t

Join BYJU'S Learning Program

	Column-A		Column-B
a.	$m_{A} = m_{B}$	p.	I
b.	$m_{A} > m_{B}$	q.	II
c.	$m_{A} < m_{B}$	r.	III
		s.	IV
		t.	V
		u.	VI

Based on the above question. Match column-A with the column-B.Column-AColumn-Ba.mA=mBp.Ib.mA>mBq.IIc.mA<mBr.IIIs.IVt.Vu.VI

Based on the above question. Match column-A with the column-B.
Column-A Column-B
a. $m_{A} = m_{B}$ p. I
b. $m_{A} > m_{B}$ q. II
c. $m_{A} < m_{B}$ r. III
s. IV
t. V
u. VI