The Earth axis of rotation is a little tilted in comparison to the plane in which the Earth revolves around the Sun. Due to the axis tilts one of the hemispheres gets turned towards the sun while the other gets turned away. Towards means warmer and summer, away means winter and cooler.
The Earth has different temperatures because they depend on how far away the sun is to the planet (as well as many other factors of atmosphere, altitude, etc.) If the sun is closer to one part of the Earth it will be hotter than other places where the sun is not as close.
the earth has the earths core as well as radioactive isotopes radiating heat up while the sun radiates heat in and that heat is trapped by green house gasses. The moon doesnt have any of these (except for maybe a small amount of radioactive elements, but it wouldn't be much)
There is very little between the Moon and the sun, so it receives all of its radiation (light) directly on the surface. The Earth on the other hand has an atmosphere, clouds ect that both reflect and absorb radiation at different levels. The atmosphere also acts to move heat around the globe and so warming the poles and cooling the equator. These factors combined mean that the same amount of light from the sun is just spread out over a larger area than that of the moon.
It's true that the moon has virtually no atmosphere, but atmosphere is not the only thing that can warm or cool. The moon's surface absorbs a lot of heat during the month-long lunar day, and some of that heat radiates out during the lunar night. Man-made objects (and people) would have to contend with these differences too, making sure that their environments while on the moon can keep them protected from the very direct radiation from the sun, and from the very dark and cold harshness of the lunar night.
The temperature of the Earth depends on the Sun's light and heat, but there are two major effects that prevent the temperature from changing too quickly when the Sun rises or sets. These are the atmosphere, which traps heat near the ground, and oceans which contain vast amounts of heat. So the temperature rises slowly throughout the day, and declines slowly during the night as heat is radiated back into space. You can feel this; when the sky is cloudy in the evening, the clouds slow down the heat radiated into space, and it stays warmer longer. When the sky is clear, things cool down pretty quickly after sunset.
The Moon has no oceans, and negligible atmosphere. So the temperature on the Moon varies greatly depending on the time; the Moon heats up quite rapidly as the Sun rises, and it cools off just as quickly when the Sun sets.
The Moon is in direct sunlight for 14 and-a-bit days at a time and in darkness for the same length. Also has no atmosphere.
That is because the Moon has no atmosphere. The Earth's atmosphere has a damping effect - it absorbs part of the energy.
No atmosphere.
because why Not
The outer layer of the sun is the Corona. No reactions really take place there, and it is vastly less dense than the rest of the sun. It can reach extremely high temperatures despite that because there is a lot of room for the particles to move around, however the temperatures do not reach that of the inner layers.
True
true
Let's look at the following facts: 1) The distance between the Earth and the Sun is 149.6 million kilometers, the change of that distance is less than 1%. 2) When it's summer in the northern hemisphere it's winter in the southern - and vise versa. So the reason for the seasons cannot be the distance from the sun, but a property of Earth - it's axial tilt.
Fancy boy
these nutz
Due to extre,e pressure!!
The Papillon does not tolerate cold temperatures well. Despite that the Papillon has a longhaired coat, it does not have an undercoat to insulate heat to keep it warm.
Me because I am so hot
At the massive pressures that exist there, the iron and nickel cannot melt despite the high temperatures.
No. Despite stories about "snow snakes", snakes are reptiles- cold blooded- they are same temperatures as their surroundings.
It remains solid despite the high temperatures as the confining pressure drives the melting temperature up above the temperatures which are found within the inner core.
The Earth's inner core reaches temperatures that are at times greater than 9000°F. What causes this layer to remain solid despite the high temperature?
"Despite of" is incorrect grammatically; the correct phrase is "despite." "In spite of" is a synonym for "despite" and can be used interchangeably.
Summers in Saskatchewan are as hot as winters are cold. However, colder temperatures dominate with less than half the year free from freezing temperatures. There is a wide range of variance in temperature in Saskatchewan, with incidents of January temperatures that were above freezing and July temperatures that fell below. During the winter once the cold settles in, it can remain for long durations. There have even been occasions where cold spells have settled in for several weeks at a time. In winter on average, temperature differences between night and day vary by about 10ºC. Summers in Saskatchewan bring a greater amount of variance between the average day and night temperatures, with a difference of 14ºC. Overall though temperatures are more consistent with little variation between the northern and southern portions of the province. Summers in Saskatchewan are hot, but despite the heat there is little humidity and the evenings remain cool.
The Greeks had at least one commonality: ethnicity and their pagan gods. Their forms of government were different
They obey the inverse square law. This means that as they move apart, the force decreases by the square of the distance between them. For example, imagine the force between two electrons a distance of one unit apart. If the distance increases to 2 units, then the force between them is 1/ (2 x 2) or 1/4 of what it was before. If the distance increases to 3 units, then the force between them is 1/ (3 x 3) or 1/9 of what it was before. If the distance increases to 4 units, then the force between them is 1/ (4 x 4) or 1/16 of what it was before. and so on. So the force between them decreases quickly despite the electrons being relatively close together.