Figure shows lines of force a system of two point charges- The possible choice the charges is-q-1-4 mu C- q-2-1-0 mu Cq-1-1 mu C- q-2-4 mu Cq-1-2 mu C- q-2-4 mu Cq-1-3 mu C- q-2-2 mu C

Question

Toppr Admin · Accepted Answer

As lines of forces are coming out of q1 and going into q2q1-x2192- positive-xA0-xA0-chargeq2-x2192- negative-xA0- chargeAs number of lines of forces are greater near q1- then-x2223-q1-x2223-gt-x2223-q2-x2223-x2234- option A is correct-

Figure shows lines of force for a system of two point charges. The possible choice for the charges is:

$q_{1} = 4 μ C, q_{2} = - 1.0 μ C$
$q_{1} = 1 μ C, q_{2} = - 4 μ C$
$q_{1} = - 2 μ C, q_{2} = + 4 μ C$
$q_{1} = 3 μ C, q_{2} = 2 μ C$

As lines of forces are coming out of $q_{1}$ and going into $q_{2}$

$q_{1} \to$ positive charge

$q_{2} \to$ negative charge

As number of lines of forces are greater near $q_{1}$ , then:

$∣ q_{1} ∣>∣ q_{2} ∣$

$∴$ option A is correct.

Figure shows lines of force for a system of two point charges. The possible choice for the charges is:q1=4 μC,q2=−1.0 μCq1=1 μC,q2=−4 μCq1=−2 μC,q2=+4 μCq1=3 μC,q2=2 μC

As lines of forces are coming out of q1 and going into q2q1→ positive chargeq2→ negative chargeAs number of lines of forces are greater near q1, then:∣q1∣>∣q2∣∴ option A is correct.

Figure shows lines of force for a system of two point charges. The possible choice for the charges is:

$q_{1} = 4 μ C, q_{2} = - 1.0 μ C$
$q_{1} = 1 μ C, q_{2} = - 4 μ C$
$q_{1} = - 2 μ C, q_{2} = + 4 μ C$
$q_{1} = 3 μ C, q_{2} = 2 μ C$

As lines of forces are coming out of $q_{1}$ and going into $q_{2}$

$q_{1} \to$ positive charge

$q_{2} \to$ negative charge

As number of lines of forces are greater near $q_{1}$ , then:

$∣ q_{1} ∣>∣ q_{2} ∣$

$∴$ option A is correct.