Probably because the Southern Hemisphere has more water than the northern hemisphere. It takes more heat to raise a given mass of water a certain number of degrees than to raise the same mass of any other substance the same number of degrees.
When Winter turns to Summer in the Northern Hemisphere, temperatures seem to increase on average. This is because Earth evolves around the Sun at an angle; and during the summer part of the revolution, the northern hemisphere tilts towards the sun, causing it to get hotter and temperatures to increase.
No, the northern hemisphere summer is hotter when you look at the planetary average. The reason is that there is more land in the northern hemisphere and when the sunlight hits the land it bounces off and heats up the air much more than when sunlight hits water. So whichever side with more land will have a hotter average summer, in the earth's case, by about 4 degrees Fahrenheit. On the other hand, the amount of water in your local environment has a much greater influence on the heat of your summer than which hemisphere you're in. For more detail, check out NASA's explanation below.
It is winter and cold all year round at the poles [North & South Poles (Antarctica is located in the South)] due to the extreme angle the rays are shining at it unlike at the equator, where it is directly overhead. That is why it seems that the sun does not rise high into the sky or even rise at all! Its climate is exactly opposite of that at the equator's, where it is summer all year round and there is no winter (no snowing).Its always cold because its really far from the equator, which produces heat.
The seasons are reversed south of the equator so Summer is in December and Winter is in July. It has to do with the tilt of the Earth's axis. In June, the northern hemisphere is tilted towards the sun which means it receives more hours of sunshine than the southern hemisphere and is therefore warmer than the southern hemisphere. In December, the southern hemisphere is tilted towards the Sun, receiving more hours of sunshine and is therefore warmer. Parts of Australia - particularly the northern regions, which are closer to the equater - are not cold in the winter.
This answer is for the Northern half of the United States - the southern states would be about a month earlier. Things begin to warm up in April - there are always a few 70 degree days in April. May is a beautiful, pleasant month, as is June, though you will start to get some really hot days in June. July and August are sunny hot months,with occasional humid days, and strong thunderstorms. September is much like May. October it begins getting cold. Most people in the Northern Hemisphere offhandedly think of "summer" as June, July and August.
The Southern Hemisphere generally has warmer average temperatures compared to the Northern Hemisphere due to greater amounts of ocean coverage and southward distribution of land masses.
The southern hemisphere tends to be colder on average compared to the northern hemisphere. This is because there is more ocean and less land in the southern hemisphere, leading to less heat retention and milder temperatures.
Yes, on average, the Northern Hemisphere experiences cooler temperatures compared to the Southern Hemisphere due to its higher percentage of landmass, which heats and cools more rapidly than water. This causes more temperature fluctuations in the Northern Hemisphere. Additionally, the Northern Hemisphere is also tilted away from the sun during winter, further contributing to colder temperatures.
The higher average temperatures in the Northern Hemisphere compared to the Southern Hemisphere can be attributed to several factors. Firstly, the Northern Hemisphere has more landmass, which heats up faster than water, resulting in higher temperatures. Additionally, ocean currents and atmospheric circulation patterns contribute to the distribution of heat, often favoring the Northern Hemisphere. Lastly, the Earth's axial tilt and orbital dynamics can lead to seasonal variations that also affect temperature distribution.
It all depends on what part of the world you live in. In some places, December is cold and in others, it's very warm.
The average temperatures are slightly warmer in the southern hemisphere because more of the hemisphere is water (the Pacific, Indian, and Southern Oceans). But each hemisphere has its own locations that are either very hot or very cold.
Higher average surface densities are found in the Southern Hemisphere due to the presence of extensive ocean basins and the Southern Hemisphere having less landmass compared to the Northern Hemisphere. This results in a larger proportion of the Southern Hemisphere being covered by water, leading to higher average surface densities in that region.
On average, the Southern Hemisphere tends to have lower population density compared to the Northern Hemisphere. This is mainly because the Southern Hemisphere has large areas of sparsely populated land, such as deserts and oceans, while the Northern Hemisphere has more densely populated regions like Europe and Asia.
When Winter turns to Summer in the Northern Hemisphere, temperatures seem to increase on average. This is because Earth evolves around the Sun at an angle; and during the summer part of the revolution, the northern hemisphere tilts towards the sun, causing it to get hotter and temperatures to increase.
From 1900 to 2150, the average length of time per year from the beginning of the northern hemisphere summer to the beginning of the northern hemisphere winter is 183.52 days, and the average length of time per year from the beginning of the southern hemisphere summer to the beginning of the southern hemisphere winter is 181.72 days. The reason that northern hemisphere summers are longer than southern hemisphere summers is that Earth is closest to the sun, at its perihelion, in January, and it's farthest from the sun, at its aphelion, in July, and orbiting bodies always travel faster when they're closer to the body they're orbiting.
Spring in the northern hemisphere is not spring in the southern one it depends on your location. The average distance is 150,000,000 Km.
Fin whales can reach a reported length of 27.3 m, but adults average 18.3-20 m in the Northern Hemisphere and 20.5-22 m in the Southern Hemisphere.