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Oksana_A [137]
3 years ago
6

What are Kepler’s Laws of Planetary Motion? How can each one of them be applied to the 8 planets of the Solar System, using exam

ples?
Physics
1 answer:
faust18 [17]3 years ago
6 0

Answer:

Explanation:

As per the Kepler's law of planetary motions :

1- The orbits are of elliptical shape having two foci and Sun is located on one foci.

2- The line segment that joins a planet and the Sun sweeps out equal are at equal interval of time.

3- The orbital period square is directly proportional to the cube of semi major axis of its orbit.

Kepler's law are applied on each of the planets of our solar system as the distance of the Sun from the planet is calculated through this.

For example : from Kepler's first law we can see the eccentricity of the Earth's orbit is 0.0167.

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Answer:

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The magnetic field at 8 cm distance from a long straight wire, carrying is 0.2x10^-5 T. How much is the electric current in the
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Answer:

The electric current in the wire is 0.8 A

Explanation:

We solve this problem by applying the formula of the magnetic field generated at a distance by a long and straight conductor wire that carries electric current, as follows:

B=\frac{2\pi*a }{u*I}

B= Magnetic field due to a straight and long wire that carries current

u= Free space permeability

I= Electrical current passing through the wire

a  = Perpendicular distance from the wire to the point where the magnetic field is located

Magnetic Field Calculation

We cleared (I) of the formula (1):

I=\frac{2\pi*a*B }{u} Formula(2)

B=0.2*10^{-5}  T = 0.2*10^{-5} \frac{weber}{m^{2} }

a  =8cm=0.08m

u=4*\pi *10^{-7} \frac{Weber}{A*m}

We replace the known information in the formula (2)

I=\frac{2\pi*0.08*0.2*10^{-5}  }{4\pi *10x^{-7} }

I=0.8 A

Answer: The electric current in the wire is 0.8 A

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