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From what I understood, the concepts of planetary motion is useful since you can measure how distant the planet is from the star and determine if the temperature is extremely hot or cold to find a habitable planet. What law was used to calculate it's distance again?

It's Kepler's third law of planetary motion which refers to the equal relationship between ratio of the squares of the periods and the ratio of it's average distance from the sun.
Wait. If the first law applies to planets that orbit the sun while the third law is the relation between a planet's distance from sun and the period it takes to compete an orbit, what is the second law?

Huge thank you to Mr. Shockeyfor showing us

different places to explain howthe concepts of

planetary motion became useful in the mission of the Kepler telescope

Thank you for inviting me here. I had a lot of fun! I hope everyone who watched gained many insights.

The second law is also known as law of areas. The line drawn from the sun to the planet sweeps out equal areas in equal periods of time.This means that a planet travels faster when it is near the sun due to the strong gravitational pull and vice versa.
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From what I understood, the concepts of planetary motion is useful since you can measure how distant the planet is from the star and determine if the temperature is extremely hot or cold to find a habitable planet. What law was used to calculate it's distance again?

It's Kepler's third law of planetary motion which refers to the equal relationship between ratio of the squares of the periods and the ratio of it's average distance from the sun.
Wait. If the first law applies to planets that orbit the sun while the third law is the relation between a planet's distance from sun and the period it takes to compete an orbit, what is the second law?

Huge thank you to Mr. Shockeyfor showing us

different places to explain howthe concepts of

planetary motion became useful in the mission of the Kepler telescope

Thank you for inviting me here. I had a lot of fun! I hope everyone who watched gained many insights.

The second law is also known as law of areas. The line drawn from the sun to the planet sweeps out equal areas in equal periods of time.This means that a planet travels faster when it is near the sun due to the strong gravitational pull and vice versa.
Create your own at Storyboard That

From what I understood, the concepts of planetary motion is useful since you can measure how distant the planet is from the star and determine if the temperature is extremely hot or cold to find a habitable planet. What law was used to calculate it's distance again?

It's Kepler's third law of planetary motion which refers to the equal relationship between ratio of the squares of the periods and the ratio of it's average distance from the sun.
Wait. If the first law applies to planets that orbit the sun while the third law is the relation between a planet's distance from sun and the period it takes to compete an orbit, what is the second law?

Huge thank you to Mr. Shockeyfor showing us

different places to explain howthe concepts of

planetary motion became useful in the mission of the Kepler telescope

Thank you for inviting me here. I had a lot of fun! I hope everyone who watched gained many insights.

The second law is also known as law of areas. The line drawn from the sun to the planet sweeps out equal areas in equal periods of time.This means that a planet travels faster when it is near the sun due to the strong gravitational pull and vice versa.
Create your own at Storyboard That

From what I understood, the concepts of planetary motion is useful since you can measure how distant the planet is from the star and determine if the temperature is extremely hot or cold to find a habitable planet. What law was used to calculate it's distance again?

It's Kepler's third law of planetary motion which refers to the equal relationship between ratio of the squares of the periods and the ratio of it's average distance from the sun.
Wait. If the first law applies to planets that orbit the sun while the third law is the relation between a planet's distance from sun and the period it takes to compete an orbit, what is the second law?

Huge thank you to Mr. Shockeyfor showing us

different places to explain howthe concepts of

planetary motion became useful in the mission of the Kepler telescope

Thank you for inviting me here. I had a lot of fun! I hope everyone who watched gained many insights.

The second law is also known as law of areas. The line drawn from the sun to the planet sweeps out equal areas in equal periods of time.This means that a planet travels faster when it is near the sun due to the strong gravitational pull and vice versa.
Create your own at Storyboard That

From what I understood, the concepts of planetary motion is useful since you can measure how distant the planet is from the star and determine if the temperature is extremely hot or cold to find a habitable planet. What law was used to calculate it's distance again?

It's Kepler's third law of planetary motion which refers to the equal relationship between ratio of the squares of the periods and the ratio of it's average distance from the sun.
Wait. If the first law applies to planets that orbit the sun while the third law is the relation between a planet's distance from sun and the period it takes to compete an orbit, what is the second law?

Huge thank you to Mr. Shockeyfor showing us

different places to explain howthe concepts of

planetary motion became useful in the mission of the Kepler telescope

Thank you for inviting me here. I had a lot of fun! I hope everyone who watched gained many insights.

The second law is also known as law of areas. The line drawn from the sun to the planet sweeps out equal areas in equal periods of time.This means that a planet travels faster when it is near the sun due to the strong gravitational pull and vice versa.
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  • From what I understood, the concepts of planetary motion is useful since you can measure how distant the planet is from the star and determine if the temperature is extremely hot or cold to find a habitable planet. What law was used to calculate it's distance again?
  • It's Kepler's third law of planetary motion which refers to the equal relationship between ratio of the squares of the periods and the ratio of it's average distance from the sun.
  • Wait. If the first law applies to planets that orbit the sun while the third law is the relation between a planet's distance from sun and the period it takes to compete an orbit, what is the second law?
  • The second law is also known as law of areas. The line drawn from the sun to the planet sweeps out equal areas in equal periods of time.This means that a planet travels faster when it is near the sun due to the strong gravitational pull and vice versa.
  • Huge thank you to Mr. Shockey for showing us different places to explain how the concepts of planetary motion became useful in the mission of the Kepler telescope
  • Thank you for inviting me here. I had a lot of fun! I hope everyone who watched gained many insights.
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