The side of the planet facing the sun would have air rushing from it to the other side of the planet with the force of a hurricane. The side facing the sun would be a very hot low pressure area, and the other side would be a cold high pressure area. Buildings would be ripped apart by the force of the winds. One word sums it up. Carnage.
If Earth were perfectly upright on its axis, there would be no seasons as we currently experience them. The entire planet would have the same climate all year round, with no variation in temperatures. This would have a significant impact on ecosystems, weather patterns, and agriculture around the world.
Life on Earth without oceans would mean no water cycle, impacting weather patterns and climate regulation. Marine life would cease to exist, affecting food chains and biodiversity. Coastal regions and ecosystems would be drastically altered, potentially leading to widespread species extinction.
The seasons on Earth are primarily caused by the tilt of the Earth's axis. As the Earth orbits the Sun, different parts of the planet receive varying amounts of sunlight, resulting in the changes in temperature and weather patterns that we experience as the seasons.
Heat and moisture are distributed around the Earth through processes like convection, radiation, and winds. The uneven heating of the Earth's surface by the sun creates temperature and pressure differences, which drive atmospheric circulation patterns. This redistribution of heat and moisture helps regulate the global climate and weather patterns.
The main energy sources in the climate system are solar radiation from the Sun, which drives the Earth's climate system through processes like heating the surface and driving weather patterns, and internal heat from the Earth's core, which drives processes like plate tectonics and volcanic activity. These energy sources play a crucial role in shaping Earth's climate and weather patterns.
The Coriolis force is important on Earth because it influences global wind patterns, ocean currents, and the rotation of cyclones and hurricanes. It helps to create a balance in atmospheric circulation and can impact weather patterns on a large scale.
we wouldnt have clean nuclear weapons that didnt harm earth hope.
If a super-Earth with habitable conditions took Earth's place, it would likely have a stronger gravitational pull, different climate patterns, and potentially different ecosystems. Earth taking our Moon's place would lead to changes in tides and light patterns, which could impact biodiversity and ecosystems on Earth.
If Earth's rotation were in the opposite direction, the coriolis effect would be reversed, leading to the reversal of atmospheric circulation patterns. Trade winds and westerlies would blow in the opposite direction, affecting global weather patterns. Ocean currents and storm tracks would also be impacted, potentially leading to different climate patterns on Earth.
organized patterns
Move on.
Without rotation, one side of the Earth would always face the Sun, leading to extreme temperature differences between the two halves. The lack of rotation would also disrupt weather patterns and ocean currents, impacting ecosystems and climate worldwide. Additionally, without the Coriolis effect from Earth's rotation, hurricanes and cyclones would not form as we know them.
A blowjob and your apple juice.
will if he didnt like her then he will not talk to her not pay attention and he would go out with other girls will if he didnt like her then he will not talk to her not pay attention and he would go out with other girls will if he didnt like her then he will not talk to her not pay attention and he would go out with other girls
you would do the same thing just like you didnt have braces on.
because the queen didnt have a baby
he didnt really like it but he still loved her as much as he would if she didnt smoke crack