Configuration of L shaped block and two other blocks are shown. System is set free to move. At any moment, match the following parameters. (g = 10 m/s2)Column 1 Column 2 (1) Friction force between block A and B(p) 50 N(2) Tension in string (q) 70 N(3) Normal reaction on block A by block B (r) 20 N (4) Normal reaction on block B by table (s) 10 N

1 → S , 2 → P , 3 → R , 4 → Q

1 → S , 2 → P , 3 → R , 4 → Q

1 → S , 2 → P , 3 → Q , 4 → R

1 → S , 2 → P , 3 → R , 4 → Q

1 → P , 2 → S , 3 → R , 4 → Q

1 → P , 2 → S , 3 → Q , 4 → R

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Configuration of L shaped block and two other blocks are shown. System is set free to move. At any moment, match the following parameters.
(g = 10 m/s²)

Column 1 Column 2
(1)     Friction force between block A and B (p)     50 N
(2)     Tension in string (q)     70 N
(3)     Normal reaction on block A by block B (r)      20 N
(4)     Normal reaction on block B by table (s)      10 N

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$1 \to S, 2 \to P, 3 \to Q, 4 \to R$

$1 \to S, 2 \to P, 3 \to R, 4 \to Q$

$1 \to P, 2 \to S, 3 \to R, 4 \to Q$

$1 \to P, 2 \to S, 3 \to Q, 4 \to R$

answer is B.

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Horizontal acceleration of 4 kg & 6 kg = g/2 = 5 m/s².
Normal between 4 & 6 is 4a = 20 N.
Maximum friction between 4 kg & 6 kg is µN = 10 N upwards.

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Column 1	Column 2
(1) Friction force between block A and B	(p) 50 N
(2) Tension in string	(q) 70 N
(3) Normal reaction on block A by block B	(r) 20 N
(4) Normal reaction on block B by table	(s) 10 N