The Earth's gravitational attraction to the sun would remain the same even if it collapsed into a black hole, as long as the mass of the sun remains unchanged. The distance between Earth and the sun would still determine the strength of the gravitational pull.
The moon is smaller than the Earth. Its diameter is just over one quarter that of Earths, but its total mass is only around 1.23% of Earths mass.
None (that we know of).
A stable climate typically stays the same over long periods of time without significant changes in temperature, precipitation, or other weather patterns. This can occur in regions like deserts or certain tropical areas with consistent conditions.
Mercury is roughly the same size, but it is bigger than our Moon.
If earth's mass were to remain the same, your weight would be constant, i.e. it would not change.
They are not stationary. So no, they don't stay in the same location all year.
wed be heading the opposite way of all the planets but everything else will remain the same except the time
air mass
air mass
air mass
A geostationary orbit. In this orbit, the satellite orbits the Earth at the same rate that the Earth rotates on its axis, allowing the satellite to remain fixed over the same point on the planet's surface.
air mass
No becuse climate is different between them .so temperature is not same
The Earth's gravitational attraction to the sun would remain the same even if it collapsed into a black hole, as long as the mass of the sun remains unchanged. The distance between Earth and the sun would still determine the strength of the gravitational pull.
It will remain the same as 4/7 which can't be simplified any further
The rise in temperature all over the world. This is not more accurate. It is the same way of saying it. Global warming causes climate change, but is not the same as climate change.