Примери за използване на Moon's shadow на Английски и техните преводи на Български
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The Moon's shadow will….
A major"hole in the story" for the flat-Earthers is the Moon's shadow.
The moon's shadow will move across the U.S. from west to east.
The animation to the right shows the path of the Moon's shadow across the Earth.
The Moon's shadow will gradually pass across the whole United States from the west to the east.
During the solar eclipse on August 21, 2017, the Moon's shadow will pass over all of North America.
For example, the moon's shadow will actually be crossing the U.S. at a speed of close to 1,700 miles per hour.
The eclipse is only visible in the area of the earth where the moon's shadow falls, and it happens at least 2 times.
This would mean the moon's shadow will move from west to east at 1,730 km per hour at the equator.
They also demonstrated,using flashlights and coins, that the moon's shadow should have been larger than the moon itself.
Even with a top speed ofwell over 600 mph, the WB-57F jets won't spend hours basking in the Moon's shadow.
The alignment where Earth slips into the Moon's shadow occurs much less frequently than the New Moon, .
There are usually two solar eclipses every year,they occur only when the earth is completely or partially in the moon's shadow.
Paths are wider at the poles because the moon's shadow is hitting the Earth's surface at a steep angle.
Then the moon's shadow of the total solar eclipse will take the route across southern Chile and Argentina, as the totality will come to an end from there onwards.
As above, the red contour shows the edge of the Moon's shadow, and encloses everywhere where the eclipse can be seen.
Other times, the alignment is close to exact, and the moon passes through the middle of Earth's shadow, or the moon's shadow passes near Earth's equator.
During the solar eclipse, the moon's shadow, called the umbra, follows the moon's path, of course.
ESA's Proba-2 orbits Earth about14.5 times per day, dipping in and out of the Moon's shadow around the time of a solar eclipse.
The red circle shows the edge of the Moon's shadow: all places inside the red circle will see the Moon covering some part of the Sun's disk.
This can be expected on July 2, but it will only be visible at places within the full reaches of the Moon's shadow, which is a path only about 270 kilometers wide.
This map represents the path that the moon's shadow will take across the Earth's surface during the total solar eclipse.
Only during the very brief period of totality are you safe to gaze at the sun with the naked eye, because the moon's shadow has completely blotted out the light.
During a solar eclipse, the path of the moon's shadow must follow the motion of the moon itself- to the east.
Our planet crosses between the moon and the sun every month, but a solar eclipse happens only when the three celestial bodies are aligned so that Earth glides through at least part of the moon's shadow.
If we are observing the Sun from this strip,when the cone of the moon's shadow reaches the surface of the Earth, we experience a total solar eclipse.
The longest total solar eclipse of the century- to be unsurpassed in duration until June 13,2132- was witnessed today by millions as a swath of Asia was cast under the moon's shadow that cut through parts of India and China.
Recall that at the time of the new moon the Moon's shadow falls on Earth(most often it slips"above" or"below" of our planet), there is a solar eclipse.
Reaches maximum eclipse at coordinates 64.4° North latitude, 6.6° west longitude, lasts a maximum of 2 minutes 47 seconds,and the width of the Moon's shadow on the Earth's surface is 463 kilometers.
Literally this means that the moon's shadow will travel more than 20,000 km across the earth, giving the earthlings a fine chance to witness a solar eclipse.