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Jet001 [13]
1 year ago
10

What is the electric potential energy of a 4. 0 uc charge placed at that point where the electric potential at that point in spa

ce is 8 v?
Physics
2 answers:
dexar [7]1 year ago
6 0

The electric potential at that point in space is 8 v is 32uj

what is electric potential energy?

Potential energy is the energy within an object relative to its position and proximity to other objects within a field.

The electric potential of a point charge is V=kQ/rV=kQ/r , or V = k Q / rV=kQ/r . Electric potential is a scalar while the electric field is a vector. While the total electric field can be computed by adding individual fields as vectors, the voltage resulting from a collection of point charges can be calculated by adding voltages as integers.

It is decided to set the potential at infinity to zero.

but V for a point charge reduces with distance while decreasing with distance squared. Remember that the electric field E is a vector, but the electric potential V is a scalar with no direction.

The electric energy is (8×4)=32 uj

learn more about electric potential from here: https//brainly.com/question/28167853

#SPJ4

nexus9112 [7]1 year ago
3 0

The electric energy is 32 uj

The electric potential of a point charge is V=kQ/r, or V = k Q / r. Electric potential is a scalar while the electric field is a vector. While the total electric field can be computed by adding individual fields as vectors, the voltage resulting from a collection of point charges can be calculated by adding voltages as integers.

It is decided to set the potential at infinity to zero. E=Fq=kQr^2, but V for a point charge reduces with distance while decreasing with distance squared. Remember that the electric field E is a vector, but the electric potential V is a scalar with no direction.

The electric energy is (8×4)=32 uj

Learn more about electric energy  herebrainly.com/question/24403138

#4219.

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4 0
2 years ago
A swimmer of mass 64.38 kg is initially standing still at one end of a log of mass 237 kg which is floating at rest in water. He
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Answer:

0.9432 m/s

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We are given;

Mass of swimmer;m_s = 64.38 kg

Mass of log; m_l = 237 kg

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