The equator is an imaginary line that runs around the middle section of the earth. It is hotter there than at the north and south poles because the tilt of the earth on its axis causes the equatorial region to receive more direct sun rays than the poles.
He is soooo Hot. Some people would even go to say you could bake cookies on him yet I do not talk like that but this is not talking. So he could do that and melt the ice in the North Pole!!!!!!!!!!!!!!!!! :-* :-* [Kiss Kiss]
Hot dog! (Hot dog)Hot dog!Hot dog, hot dog, hot diggety dogNow we got ears, it's time for cheersHot dog, hot dog, the problem's solvedHot dog, hot dog, hot diggety dogGrab my boots and a sandwichLet's start a paradeGet the coconut drum kitFor Daisy to playHot dog, hot dog, hot diggety dogWe're taking off, we're dancing nowHot dog, leapfrog, and holy cowHot dog, hot dog, hot diggety dogHot dog, hot dog, hot diggety dogIt's a brand new dayWhatcha waiting for?Get up, stretch out, stomp on the floorHot dog, hot dog, hot diggety dogHot dog, hot dog, hot diggety dogWe're splitting the sceneWe're full of beansSo long for now from Mickey Mouse (That's me!)And the Mickey Mouse Clubhouse"
Hot. Definitely.
Yes he is he is super hot!
it is totaly Megan fox hot hot hot
The climate near the equator is hot and dry, think of the Sahara desert. The climate near the north and south poles is very cold for almost the whole year.
Temperatures generally decrease as you move from the equator (south) towards the North Pole. This is because the angle of sunlight hitting Earth's surface is more direct at the equator, leading to higher temperatures. As you move towards the poles, the angle of sunlight becomes more oblique, causing temperatures to decrease.
Put simply, the North and South Poles are not very hot because they are the farthest points from the Equator. This means that the effects of the sun are weaker at these far extremes. The following factors all play a part:fewer daylight hoursless water vaporatmospheric lengthprevalence of icereflection and sun angle
The Equator is and invisible line the goes around the middle of the earth,if you are close to the equator it is realy hot The equator is eqidistant from the North and South Poles, and passes thru countries all around the world. Look at any globe to see them all.
It is hot at the equator and cooler in the north and south.
No, penguins do not live near the equator. They are native to cold climates in the Southern Hemisphere, commonly found in Antarctica, South Africa, Australia, and South America. Penguins are adapted to survive in cold environments and rely on icy habitats for their natural behavior such as swimming and hunting for food.
Weather at the equator is typically hot and humid due to the direct overhead sun, resulting in frequent rain and thunderstorms. In contrast, weather at the poles is much colder, with long periods of darkness in the winter and continuous daylight in the summer. Temperature variations at the poles are extreme, leading to more stable weather patterns compared to the frequent changes seen at the equator.
The equator got its name because it is a steaming hot line that divides the north side of the word and the south side. The north and south sides are equal (hence the name equator).
It dispenses if you are are near the equator or not because if you were it would be really hot. If you weren't near the equator then you would be really cold.
depending on how far away from the equator you go in either direction North or south, it will be equally warm and cold, depending on the season, but the closer to the equator you are the warmer it is.
No. The South Pole is colder than the North Pole. this is because the South Pole sits amidst the large ice and land mass known as the Antarctic, whilst the North Pole is merely a floating ice shelf, and therefore several degrees warmer throughout the seasons.
Earth is warmer near the equator because sunlight strikes those regions more directly, leading to more concentrated solar energy. At the poles, sunlight hits the surface at a shallower angle, causing the same amount of energy to be spread out over a larger area, resulting in colder temperatures.