Try to detail the question more, I have no idea what you mean.
The Moon doesn't significantly affect weather on Earth, and weather on Earth doesn't affect the Moon at all.
Moon walking.
No, the moon affects the tides, but the tides do not affect the moon.
It takes approximately 4 days to travel to the moon and back using current spacecraft technology, regardless of moon days. A moon day is the same as its orbital period, about 29.5 Earth days, and does not affect the travel time to and from the moon.
It has a very thin atmosphere, it doen't affect the moon at all. Meteorites still bump on the moon.
No. The moon does not affect killing cattle. The moon is in outer space,and your just dumb.o:
the moon causes tides, which are waves. Please someone further explain how the moon does it.
Sure, they can go to the moon if they have the technology and the tools.
showed that manned spaceflight is possible to another body in space, and it made a lasting impact on our technology hope this helped! Its the best i could do!
The moon affects the Tides.
Both Sun and Moon affect the Earth's tides. However, the Moon's gravitational pull is greater that the Sun's gravitational pull. When the S - M - E are in a direct line ( Solar Eclipse line ), both the Sun and the Moon are pulling together. so you have VERY High/Low Spring Tides. When the S- E - M are in a direct line ( Lunar Eclipse line), the Sun and the Moon are pulling in opposite directions. The Moon has the greater gravitational pull , so you have High/Low Spring Tides. , but not quite as high for a S-M- E. alignment. NB The 'High/Low' means that the range between High Tide and Low Tide is at it greatest. When the S - E ¬ M are at right angles, Earth at the right angle. You have Neap Tides . The range between high tides and low tide is small. This is because the Sun and the Moon are pulling at right angles to each other. NB THe symbol ' ¬ ' means at right angles. Also there is the 'wheel balancing' effect. Where ever the Moon is in relation to the Earth, there is an High Tide. On the opposite side of the Earth , away from the Moon, there is also another high tide, not quite as high, This can be thought of as the 'wheel balancing' effect. In between at approximately 90/270 degrees is the corresponding low tide. The Earth rotates, and the tide follows the Moon. NNB Select a point on the map, say New York harbour, or Bay of Fundy. Then look at the heights, lows and times of the tides, over a period of say 60 days( 2 mo(o)nths). You will see it follows a 'wave' like curve'. Hope that helps.
telescope