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Why is it necessary to add a day to the calendar every four years?
colder winters and warmer summers
Copernicus and Galileo
During both eclipses a shadow is cast on an object
The revolution of Earth is not exactly 365 days
Newton
the moon's gravitational pull on the Earth
They may contain billions of stars in a space much larger than our solar system
High tides would be lower
The Earth's axis of rotation is tilted 23 and a half degrees. What would happen if the tilt was increased to 33 degrees?
colder winters and warmer summers
Copernicus and Galileo
During both eclipses a shadow is cast on an object
The revolution of Earth is not exactly 365 days
Newton
the moon's gravitational pull on the Earth
They may contain billions of stars in a space much larger than our solar system
High tides would be lower
If the moon was farther away how would Earth's tides be affected?
colder winters and warmer summers
Copernicus and Galileo
During both eclipses a shadow is cast on an object
The revolution of Earth is not exactly 365 days
Newton
the moon's gravitational pull on the Earth
They may contain billions of stars in a space much larger than our solar system
High tides would be lower
Which statement best describes galaxies?
colder winters and warmer summers
Copernicus and Galileo
During both eclipses a shadow is cast on an object
The revolution of Earth is not exactly 365 days
Newton
the moon's gravitational pull on the Earth
They may contain billions of stars in a space much larger than our solar system
High tides would be lower
Which is the most direct cause of the tides on Earth
colder winters and warmer summers
Copernicus and Galileo
During both eclipses a shadow is cast on an object
The revolution of Earth is not exactly 365 days
Newton
the moon's gravitational pull on the Earth
They may contain billions of stars in a space much larger than our solar system
High tides would be lower
Who discovered Gravity?
colder winters and warmer summers
Copernicus and Galileo
During both eclipses a shadow is cast on an object
The revolution of Earth is not exactly 365 days
Newton
the moon's gravitational pull on the Earth
They may contain billions of stars in a space much larger than our solar system
High tides would be lower
Who is credited for the heliocentric model?
colder winters and warmer summers
Copernicus and Galileo
During both eclipses a shadow is cast on an object
The revolution of Earth is not exactly 365 days
Newton
the moon's gravitational pull on the Earth
They may contain billions of stars in a space much larger than our solar system
High tides would be lower
Compare a solar eclipse and a lunar eclipse
colder winters and warmer summers
Copernicus and Galileo
During both eclipses a shadow is cast on an object
The revolution of Earth is not exactly 365 days
Newton
the moon's gravitational pull on the Earth
They may contain billions of stars in a space much larger than our solar system
High tides would be lower
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