Two long parallel conductors {\S}_1 and {\S}_2 are separated by a distance 10 {\cm} and carrying currents of 4 {\A} and 2 {\A} respectively. The conductors are placed along X-axis in X-Y plane. There is a point P located between the conductors (as shown in figure). A charge particle of 3 \pi coulomb is passing through the point {\P} with velocity \overrightarrow{v}=(2 \stackrel{\^}{i}+3 \stackrel{\^}{j}) {\m} \/ {\s}; where \stackrel{\^}{i} and \stackrel{\^}{j} represents unit vector along x \& y axis respectively. The force acting on the charge particle is 4 \pi \times 10^{-5}(-x \stackrel{\^}{i}+2 \stackrel{\^}{j}) {\N}. The value of {\x} is : [27-Jun-2022-Shift-2]

JEE Main 27 June 2022 Shift 2 Solved Paper

Section: Physics

Question : 43 of 90

Marks: +1, -0

Two long parallel conductors S1 and S2 are separated by a distance 10‌cm and carrying currents of 4A and 2A respectively. The conductors are placed along X-axis in X−Y plane. There is a point P located between the conductors (as shown in figure).
A charge particle of 3π coulomb is passing through the point P with velocity

→

=(2

)m∕s; where

and

represents unit vector along x&y axis respectively.
The force acting on the charge particle is 4π×10−5(−x

)N. The value of x is :

[27-Jun-2022-Shift-2]

2
1
3
−3

Validate

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