The equator is hotter than the rest of the Earth because:

Earth revolves slowly around the Sun.

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Winds blow from the north and the south towards the equator.

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Equator receives more sunlight than the rest of the Earth.

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Winds blow from the east to the west on the Earth.

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Solution

The correct option is C Equator receives more sunlight than the rest of the Earth.
Earth being nearly a sphere, is bulgier at the equator. So the sunlight directly falls on the equator with more intensity than on the rest of the Earth. Hence, the equator becomes the hottest zone on the Earth.

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Similar questions

Q. On Earth, winds from the north and the south blow towards the equator. What can we infer from this?

Q. The earth rotates from west to east. A wind mass begins moving due north from the equator, along the earth's surface. Neglect all effects other than the rotation of the earth. The wind mass will :

Q. The winds on the earth do not blow exactly from "north to south" or from "south to north" directions because:

Question 3

Sun appears to move from east to west around the earth. This means that earth rotates from

(a) east to west
(b) west to east
(c) north to south
(d) west to north

Q. The _____ effect is due to the rotation of the Earth which causes deflection in the direction of winds blowing from the poles towards the equator.

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The equator is hotter than the rest of the Earth because:

The correct option is C Equator receives more sunlight than the rest of the Earth.Earth being nearly a sphere, is bulgier at the equator. So the sunlight directly falls on the equator with more intensity than on the rest of the Earth. Hence, the equator becomes the hottest zone on the Earth.

The correct option is C Equator receives more sunlight than the rest of the Earth.
Earth being nearly a sphere, is bulgier at the equator. So the sunlight directly falls on the equator with more intensity than on the rest of the Earth. Hence, the equator becomes the hottest zone on the Earth.