Seasons are caused by Earth’s

tilted axis and size

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orbit and tilted axis

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orbit and distance from the sun

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orbit and distance from the moon

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Solution

The correct option is B orbit and tilted axis
Since the axis of the Earth's axis is tilted the Northern and Southern hemispheres get a different amount of sunlight. This difference in sunlight is responsible for the different seasons on Earth.

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Similar questions

Q. The earth's axis is tilted from the orbital plane by ____

Question 6

The change in seasons on the earth occurs because

(a) the distance between the earth and the sun is not constant.
(b) the axis of rotation of the earth is parallel to the plane of its orbit.
(c) the axis of rotation of the earth is perpendicular to the plane of its orbit.
(d) the axis of rotation of the earth is tilted with respect to the plane of its orbit.

Q. If the Earth orbited the Sun in a perfect circle, and the Earth’s axis wasn’t tilted, the Sun would take the same path across the sky throughout the year.

Q. Suppose the Earth's axis had not been tilted to the plane of its orbit. How would this have affected the annual seasons on the Earth?

Q. Axis of the Earth is tilted by _______ degrees, with respect to the perpendicular of the orbital path.

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Seasons are caused by Earth’s

The correct option is B orbit and tilted axis Since the axis of the Earth's axis is tilted the Northern and Southern hemispheres get a different amount of sunlight. This difference in sunlight is responsible for the different seasons on Earth.

The correct option is B orbit and tilted axis
Since the axis of the Earth's axis is tilted the Northern and Southern hemispheres get a different amount of sunlight. This difference in sunlight is responsible for the different seasons on Earth.