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5. A charge of q=-50 nC, initially at rest at (12.4,-7)m, is exposed to an electric field of E =+500 nC/m. The charge is found at (5,4,-7)m afterwards. 5.1. How much is the distance (r) travelled by the charge? 5.2. How much is the magnitude of electric potential difference (V)? 5.3. What is the theoretic dielectric constant (ɛ,) of the environment of this system? Before: q= -50nC E = 0 (12,4,-7) m After (5,4,-7) m E = 500 nC/m

5. A charge of q=-50 nC, initially at rest at (12.4,-7)m, is exposed to an electric field of E =+500 nC/m. The charge is found at (5,4,-7)m afterwards. 5.1. How much is the distance (r) travelled by the charge? 5.2. How much is the magnitude of electric potential difference (V)? 5.3. What is the theoretic dielectric constant (ɛ,) of the environment of this system? Before: q= -50nC E = 0 (12,4,-7) m After (5,4,-7) m E = 500 nC/m

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5. A charge of q=-50 nC, initially at rest at (12.4,-7)m, is exposed to an electric field of E =+500 nC/m. The charge is found at (5,4,-7)m afterwards. 5.1. How much is the distance (r) travelled by the charge? 5.2. How much is the magnitude of electric potential difference (V)? 5.3. What is the theoretic dielectric constant (ɛ,) of the environment of this system? Before: q= -50nC E = 0 (12,4,-7) m After (5,4,-7) m E = 500 nC/m
Transcribed Image Text:5. A charge of q=-50 nC, initially at rest at (12.4,-7)m, is exposed to an electric field of E =+500 nC/m. The charge is found at (5,4,-7)m afterwards. 5.1. How much is the distance (r) travelled by the charge? 5.2. How much is the magnitude of electric potential difference (V)? 5.3. What is the theoretic dielectric constant (ɛ,) of the environment of this system? Before: q= -50nC E = 0 (12,4,-7) m After (5,4,-7) m E = 500 nC/m
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