Question no 1: Find the magnitude and direction of total electric field at the origin of the coordinate system due to the two point charges q1 and q2. The two charges are located at the x-y coordinate position of (0.0,-2.0 cm) and (+4.0 cm, 0.0), respectively, as shown in the figure. y tot E, q, = +10 nC %3D 63.4 4 cm 2cm 4, = +5 nC %3D Question no 2: The initial energy and the final energy of a system can be given by 2.95 × 10-3 and 5.86 × 10-3 respectively. Find the energy conservation of the system.

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Question no 1: Find the magnitude and direction of total electric field
at the origin of the coordinate system due to the two point charges q1
and q2. The two charges are located at the x-y coordinate position of
(0.0,-2.0 cm) and (+4.0 cm, 0.0), respectively, as shown in the figure.
y
tot
E,
-63.49
4, = +10 nC
K-- 4 cm
2cm
= +5 nC
Question no 2: The initial energy and the final energy of a system can
be given by 2.95 × 10-3 and 5.86 × 10-3 respectively. Find the energy
conservation of the system.
Transcribed Image Text:Question no 1: Find the magnitude and direction of total electric field at the origin of the coordinate system due to the two point charges q1 and q2. The two charges are located at the x-y coordinate position of (0.0,-2.0 cm) and (+4.0 cm, 0.0), respectively, as shown in the figure. y tot E, -63.49 4, = +10 nC K-- 4 cm 2cm = +5 nC Question no 2: The initial energy and the final energy of a system can be given by 2.95 × 10-3 and 5.86 × 10-3 respectively. Find the energy conservation of the system.
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