Astronomy Review (Kepler, eccentricity)

Last updated over 5 years ago

17 questions

Note from the author:

Earth Science review of Kepler's laws and eccentricity

Astronomy Review (Kepler, eccentricity)

Last updated over 5 years ago

17 questions

Note from the author:

Earth Science review of Kepler's laws and eccentricity

Given the following data, calculate the eccentricity of the ellipse. All work must be shown.

d= 3.5 cm L = 10.2

Given the following data, calculate the eccentricity of the ellipse. All work must be shown.

d= 5.7 cm L = 8.3 cm

Identify the name of the solar system model below:

Identify the model of the solar system below:

Astronomy Review (Kepler, eccentricity)

Astronomy Review (Kepler, eccentricity)

Given the following data, calculate the eccentricity of the ellipse. All work must be shown.

d= 3.5 cm L = 10.2

Given the following data, calculate the eccentricity of the ellipse. All work must be shown.

d= 5.7 cm L = 8.3 cm

Identify the name of the solar system model below:

Identify the model of the solar system below:

Explain Kepler's 1st law:

Explain Kepler's 2nd law:

Explain Kepler's 3rd law:

How many times larger is Saturn than Earth? (round to nearest tenth)

As distance from the Sun increases, the period of revolution:

Name the planet with the least elliptical orbit.

Name a terrestrial planet:

Jovian planets are less dense than the terrestrial planets.

As distance from the sun and a planet increase, the gravitaitonal attraction between these two objects

Using your ESRT p. 15, the planet with the shortest day is:

Using ESRT p. 15, the planet with the longest year is:

Using ESRT p. 15, which planet would float in water?

A spacehip traveled 200 million kilometer from the sun, between which two planets was this spaceship.

Given the following data, calculate the eccentricity of the ellipse. All work must be shown.

d= 3.5 cm L = 10.2

Given the following data, calculate the eccentricity of the ellipse. All work must be shown.

d= 5.7 cm L = 8.3 cm

Identify the name of the solar system model below:

Identify the model of the solar system below:

Explain Kepler's 1st law:

Explain Kepler's 2nd law:

Explain Kepler's 3rd law:

How many times larger is Saturn than Earth? (round to nearest tenth)

As distance from the Sun increases, the period of revolution:

Name the planet with the least elliptical orbit.

Name a terrestrial planet:

Jovian planets are less dense than the terrestrial planets.

As distance from the sun and a planet increase, the gravitaitonal attraction between these two objects

Using your ESRT p. 15, the planet with the shortest day is:

Using ESRT p. 15, the planet with the longest year is:

Using ESRT p. 15, which planet would float in water?

A spacehip traveled 200 million kilometer from the sun, between which two planets was this spaceship.

Astronomy Review (Kepler, eccentricity)

Astronomy Review (Kepler, eccentricity)

Given the following data, calculate the eccentricity of the ellipse. All work must be shown.d= 3.5 cm L = 10.2

Given the following data, calculate the eccentricity of the ellipse. All work must be shown.d= 5.7 cm L = 8.3 cm

Identify the name of the solar system model below:

Identify the model of the solar system below:

Explain Kepler's 1st law:

Explain Kepler's 2nd law:

Explain Kepler's 3rd law:

How many times larger is Saturn than Earth? (round to nearest tenth)

As distance from the Sun increases, the period of revolution:

Name the planet with the least elliptical orbit.

Name a terrestrial planet:

Jovian planets are less dense than the terrestrial planets.

As distance from the sun and a planet increase, the gravitaitonal attraction between these two objects

Using your ESRT p. 15, the planet with the shortest day is:

Using ESRT p. 15, the planet with the longest year is:

Using ESRT p. 15, which planet would float in water?

A spacehip traveled 200 million kilometer from the sun, between which two planets was this spaceship.

Given the following data, calculate the eccentricity of the ellipse. All work must be shown.d= 3.5 cm L = 10.2

Given the following data, calculate the eccentricity of the ellipse. All work must be shown.d= 5.7 cm L = 8.3 cm

Identify the name of the solar system model below:

Identify the model of the solar system below:

Explain Kepler's 1st law:

Explain Kepler's 2nd law:

Explain Kepler's 3rd law:

How many times larger is Saturn than Earth? (round to nearest tenth)

As distance from the Sun increases, the period of revolution:

Name the planet with the least elliptical orbit.

Name a terrestrial planet:

Jovian planets are less dense than the terrestrial planets.

As distance from the sun and a planet increase, the gravitaitonal attraction between these two objects

Using your ESRT p. 15, the planet with the shortest day is:

Using ESRT p. 15, the planet with the longest year is:

Using ESRT p. 15, which planet would float in water?

A spacehip traveled 200 million kilometer from the sun, between which two planets was this spaceship.

Given the following data, calculate the eccentricity of the ellipse. All work must be shown.

d= 3.5 cm L = 10.2

Given the following data, calculate the eccentricity of the ellipse. All work must be shown.

d= 5.7 cm L = 8.3 cm

Given the following data, calculate the eccentricity of the ellipse. All work must be shown.

d= 3.5 cm L = 10.2

Given the following data, calculate the eccentricity of the ellipse. All work must be shown.

d= 5.7 cm L = 8.3 cm