i) What are Kepler’s laws? ii) What is the shape of the orbits of planets?

i) What are Kepler’s laws? ii) What is the shape of the orbits of planets?
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i) What are Kepler’s laws? ii) What is the shape of the orbits of planets?
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Kepler's 3rd law states that... A. the periods of revolution of the planets are proportional to the cube of their mean distances from sun B. the periods of revolution of the planets are inversely proportional to the cube of their mean distances from sun C. the squares of the periods of revolution of the planets are proportional to the cube of their mean distance from sun D. the squares of the periods of revolution of the planets are inversely proportional to the cube of their mean distance from sun

Description : Kepler's 3rd law states that... A. the periods of revolution of the planets are proportional to the cube of their mean distances from sun B. the periods of revolution of the planets ... periods of revolution of the planets are inversely proportional to the cube of their mean distance from sun

Last Answer : the squares of the periods of revolution of the planets are proportional to the cube of their mean distance from sun

State Kepler’s three laws of planetary motion.

Description : State Kepler’s three laws of planetary motion.

Last Answer : State Kepler’s three laws of planetary motion.

What are Kepler's Laws?

Description : What are Kepler's Laws?

Last Answer : Kepler's laws are about the planets' orbits. The first law says that the orbit of any planet around the Sun is an ellipse with the Sun at one of the focii. The second law states that the line ... no one could properly explain why Kepler's law worked. So therefore we move on to Newton's first law.

Why are the orbits of planets in the same plane?

Description : Why are the orbits of planets in the same plane?

Last Answer : answer:Gravity. Think about objects passing each other and pulling on each other. Over gazillions of years, they are going to pull each other to the shortest distance between them that they can maintain, and that's ... plane. So I just made that up. Let's see is a real physicist can set us straight.

Asteroids have their orbits between which planets? -Do You Know?

Description : Asteroids have their orbits between which planets? -Do You Know?

Last Answer : answer:

The planets and stars are rotating in their orbits according to the rules. How can they affect people's personal lives ?

Description : The planets and stars are rotating in their orbits according to the rules. How can they affect people's personal lives ?

Last Answer : No planet other than Earth affects human life. The earth's environment is conducive to human survival , using different objects for different purposes. People can see with the light of the sun. Apart from this, no other planet or star can have any effect on our life.

Are the planets held in their orbits by unbalanced forces?

Description : Are the planets held in their orbits by unbalanced forces?

Last Answer : No. The planets are held in orbit by forces balanced against each other: The force of gravity from the sun would pull the planet into the sun destroying it. The momentum of the planet making it travel in ... . For example, the planets in our solar system are held in orbit by the gravity of the sun.

How do I compare the following values of planetary eccentricities with the ones that I calculated from my drawn ellipses What can you state about the orbits of the various planets?

Description : How do I compare the following values of planetary eccentricities with the ones that I calculated from my drawn ellipses What can you state about the orbits of the various planets?

Last Answer : Feel Free to Answer

Which characteristic of the Sun primarily determines the orbits of planets in our solar system A Large volume B Strong gravitational field C Mostly made of hydrogen D High surface temperatures?

Description : Which characteristic of the Sun primarily determines the orbits of planets in our solar system A Large volume B Strong gravitational field C Mostly made of hydrogen D High surface temperatures?

Last Answer : B (gravity)

The minor planets revolving between the orbits of Marsh and Jupiter are called (a) Asteroids (b) Comets (c) Meteors (d) Novas

Description : The minor planets revolving between the orbits of Marsh and Jupiter are called (a) Asteroids (b) Comets (c) Meteors (d) Novas

Last Answer : Ans:(a)

Asteroids, are also called as minor planets found between the orbits of - (1) Jupiter and Saturn (2) Earth and Mars (3) Mars and Jupiter (4) Venus and Mercury

Description : Asteroids, are also called as minor planets found between the orbits of - (1) Jupiter and Saturn (2) Earth and Mars (3) Mars and Jupiter (4) Venus and Mercury

Last Answer : (3) Mars and Jupiter Explanation: Asteroids are minor planets, especially of the inner Solar System. The majority of known asteroids orbit within the asteroid belt between the orbits of Mars and Jupiter, generally in relatively 10w-eccentricity (i.e. not very elongated) orbits.

By whom are the planets are kept in motion in their respective orbits?

Description : By whom are the planets are kept in motion in their respective orbits?

Last Answer : Gravitation and centrifugal force

How are the orbits of planets around the Sun, or of satellites around the Earth,?

Description : How are the orbits of planets around the Sun, or of satellites around the Earth,?

Last Answer : Circular and elliptic

How are the orbits of planets around the Sun, or of satellites around the Earth,?

Description : How are the orbits of planets around the Sun, or of satellites around the Earth,?

Last Answer : Circular and elliptic

Asteroids have their orbits between which planets?

Description : Asteroids have their orbits between which planets?

Last Answer : Mars and Jupiter

Which on of the following planets orbits around the sun in a clockwise direction? A. Earth B. Mercury C. Jupiter D. Venus (Answer)

Description : Which on of the following planets orbits around the sun in a clockwise direction? A. Earth B. Mercury C. Jupiter D. Venus (Answer)

Last Answer : D. Venus (Answer)

Which one of these is NOT true? w) All planets revolve in the same direction. x) All planets rotate in the same direction. y) The orbits of the planets are all ellipses. z) The orbits of the planets are nearly in the same plane.

Description : Which one of these is NOT true? w) All planets revolve in the same direction. x) All planets rotate in the same direction. y) The orbits of the planets are all ellipses. z) The orbits of the planets are nearly in the same plane. 

Last Answer : ANSWER: X -- ALL PLANETS ROTATE IN THE SAME DIRECTION.

Who discovered the laws of planetary orbits? -General Knowledge

Description : Who discovered the laws of planetary orbits? -General Knowledge

Last Answer : The answer is 'Cumulonimbus'

Who discovered the laws of planetary orbits? -General Knowledge

Description : Who discovered the laws of planetary orbits? -General Knowledge

Last Answer : answer:

Who discovered the laws of planetary orbits?

Description : Who discovered the laws of planetary orbits?

Last Answer : Johannes Kepler

According to Kepler's law of motion the square of the time period T of a planet around the sun is proportional to the a.mean distance b.square of the mean distance of planet from sun c.cube of the mean distance of planet from sun d.107 dynes e.3/2 power of the mean distance

Description : According to Kepler's law of motion the square of the time period T of a planet around the sun is proportional to the a.mean distance b.square of the mean distance of planet from sun c.cube of the mean distance of planet from sun d.107 dynes e.3/2 power of the mean distance

Last Answer : c. cube of the mean distance of planet from sun

What are Kepler's formulas for planetary motion ?

Description : What are Kepler's formulas for planetary motion ?

Last Answer : Kepler's formula for planetary motion is 3.

State Kepler’s law of period.

Description : State Kepler’s law of period.

Last Answer : State Kepler’s law of period.

State Kepler’s law equal of area.

Description : State Kepler’s law equal of area.

Last Answer : State Kepler’s law equal of area.

What are some examples of Kepler's THIRD law?

Description : What are some examples of Kepler's THIRD law?

Last Answer : Feel Free to Answer

Kepler's law of planetary motion states that the square of the time period is proportional to the – (1) semi-major axis (2) square of the semi-major axis (3) cube of the semi-major axis (4) fourth power of the serni-major axis

Description : Kepler's law of planetary motion states that the square of the time period is proportional to the – (1) semi-major axis (2) square of the semi-major axis (3) cube of the semi-major axis (4) fourth power of the serni-major axis

Last Answer : (3) cube of the semi-major axis Explanation: Kepler's law of planetary motion states that the square of the time period is proportional to the cube of the semi-major axis.

Kepler’s law of planetary motion states that the square of the time period is proportional to the (1) semi-major axis (2) square of the semi-major axis (3) cube of the semi-major axis (4) fourth power of the semi-major axis

Description : Kepler’s law of planetary motion states that the square of the time period is proportional to the (1) semi-major axis (2) square of the semi-major axis (3) cube of the semi-major axis (4) fourth power of the semi-major axis

Last Answer : cube of the semi-major axis

What Austrian scientist developed laws describing the motion on planets?

Description : What Austrian scientist developed laws describing the motion on planets?

Last Answer : Feel Free to Answer

How have Jewish ideas helped shape modern laws?

Description : How have Jewish ideas helped shape modern laws?

Last Answer : Ancient Jewish concepts that influenced Western society are: A weekly day of rest. Individual rights. Worker rights. Humane treatment of animals. Free public education. The necessity of just ... courts. Sexual morality. Differentiation between murder and killing. See also the attached Related Link.

Would planetary orbits affect your time travel destination?

Description : Would planetary orbits affect your time travel destination?

Last Answer : Yes! And if you time travelled to a point in which the Earth had almost, but not quite, made a full orbit, you might find yourself inside the Earth. That wouldn’t be nice.

Question about orbits of satellites.

Description : Question about orbits of satellites.

Last Answer : Satellites are constantly accelerating, but the acceleration is towards the center of the Earth causing the satellites to turn. The instantaneous linear velocity of the satellite remains constant though.

A satellite orbits around the earth due to a.Celestial force b.Gravitational force c.Centrifugal force d.Centripetal force e.All of the above

Description : A satellite orbits around the earth due to a.Celestial force b.Gravitational force c.Centrifugal force d.Centripetal force e.All of the above

Last Answer : c. Centrifugal force

A satellite orbits the earth 200 km above the surface. What speed, in m/s, is necessary for a circular orbit? The radius of the earth is 6400 km and g = 9.2 m/s2 a.7200 b.6600 c.7800 d.6000 e.107 dynes

Description : A satellite orbits the earth 200 km above the surface. What speed, in m/s, is necessary for a circular orbit? The radius of the earth is 6400 km and g = 9.2 m/s2 a.7200 b.6600 c.7800 d.6000 e.107 dynes

Last Answer : c. 7800

An object that orbits another object in space is called a?

Description : An object that orbits another object in space is called a?

Last Answer : A satellite. The Moon of Earth is a satellite, the over 60 moonsJupiter are all satellites.

does The moon orbits around Earth, making it a?

Description : does The moon orbits around Earth, making it a?

Last Answer : i need help on test

Who proposed elliptical orbits?

Description : Who proposed elliptical orbits?

Last Answer : Answer: Sommerfeld.

A satellite of mass m orbits the earth in an elliptical orbit having aphelion distance `r_(a)` and perihelion distance `r_(p)`. The period of the orbi

Description : A satellite of mass m orbits the earth in an elliptical orbit having aphelion distance `r_(a)` and perihelion distance `r_(p)`. The period of the orbi

Last Answer : A satellite of mass m orbits the earth in an elliptical orbit having aphelion distance `r_(a)` and perihelion distance ... r_(p)) sqrt(r_(a)r_(p)))/T`

The ratio of radii of first orbits of H, `He^(+)` and `Li^(2+)` is:

Description : The ratio of radii of first orbits of H, `He^(+)` and `Li^(2+)` is:

Last Answer : The ratio of radii of first orbits of H, `He^(+)` and `Li^(2+)` is: A. `1 : 2 : 3` B. `6 : 3 : 2` C. `1 : 4 : 9` D. `9 : 4 : 1`

The rays are given off by a radioactive element from A)Nucleus B)Valence electrons C)All the orbits D)Outer orbit

Description : The rays are given off by a radioactive element from A)Nucleus B)Valence electrons C)All the orbits D)Outer orbit

Last Answer : The rays are given off by a radioactive element from A)Nucleus B)Valence electrons C)All the orbits ... electrons C. all the orbits D. outer orbit

State the conditions for various possible orbits of a satellite depending upon the horizontal speed of projection

Description : State the conditions for various possible orbits of a satellite depending upon the horizontal speed of projection

Last Answer : State the conditions for various possible orbits of a satellite depending upon the horizontal speed of projection

A single electron orbits around a stationary nucleus of charge `+Ze`, where Z is a constant and e is the electronic charge. It requires `47.2 eV` to e

Description : A single electron orbits around a stationary nucleus of charge `+Ze`, where Z is a constant and e is the electronic charge. It requires `47.2 eV` to e

Last Answer : A single electron orbits around a stationary nucleus of charge `+Ze`, where Z is a constant ... the electron from the first Bohr orbit to infinity.

Why was Nicolaus Copernicus's theory that the Earth orbits the sun shocking to the people living in the 1500s?

Description : Why was Nicolaus Copernicus's theory that the Earth orbits the sun shocking to the people living in the 1500s?

Last Answer : Answer this question…His views went against traditional beliefs,including those of the Roman Catholic Church

What are the orbits that electrons can occupy called?

Description : What are the orbits that electrons can occupy called?

Last Answer : They are called "sub-shells".

What is A frozen ball of rock dust and ice that orbits the sun?

Description : What is A frozen ball of rock dust and ice that orbits the sun?

Last Answer : A comet.

Why was Niolaus's theory that the earth orbits the sun so shocking to the people living in the 1500's?

Description : Why was Niolaus's theory that the earth orbits the sun so shocking to the people living in the 1500's?

Last Answer : His views went against traditional beliefs, including those ofthe Roman Catholic Church

Do we have days and nights because the sun orbits the earth?

Description : Do we have days and nights because the sun orbits the earth?

Last Answer : No. (But if you like that idea, go read Terry Pratchett.)

a body thats orbits a planet is called?

Description : a body thats orbits a planet is called?

Last Answer : satallite

Bohr's theory of fixed orbits contradicts (a) Coulomb's law (b) Planck's theory (c) de Broglie relation (d) Uncertainty principle

Description : Bohr's theory of fixed orbits contradicts (a) Coulomb's law (b) Planck's theory (c) de Broglie relation (d) Uncertainty principle

Last Answer : Ans:(d)

Which planet orbits closest to the earth? (1) Mars (2) Jupiter (3) Venus (4) Mercury

Description : Which planet orbits closest to the earth? (1) Mars (2) Jupiter (3) Venus (4) Mercury

Last Answer : (3) Venus Explanation: Venus orbits the Sun at an average distance of about 0.72 AU (108,000,000 km), and completes an orbit every 224.65 days. Although all planetary orbits are elliptical, Venus's orbit is the closest to circular, with an eccentricity of less than 0.01.

The force keeps the earth and other plan- etary objects in their orbits around the sun?

Description : The force keeps the earth and other plan- etary objects in their orbits around the sun?

Last Answer : Gravitational Force