Примери за използване на Axial tilt на Английски и техните преводи на Български
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Now Earth's axial tilt is 23.4.
The axial tilt of Jupiter is relatively small: only 3.13°.
This means that Ceres's axial tilt is very small- about 3°.
And that axial tilt of the Earth is one of the main reasons for the seasons.
The planet appears to have seasons and a climate,thanks to its stable axial tilt.
These effects are caused by a combination of the Earth's axial tilt and its revolution around the sun.
Slight changes in Earth's axial tilt changes the amount of solar radiation falling on certain locations of Earth.
But here on Earth,we have both an elliptical orbit and a significant axial tilt, and so both effects are significant.
The axial tilt of Mars is 25.19 degrees relative to its orbital plane,which is similar to the axial tilt of Earth.
Jupiter: This planet also has a 3-degree axial tilt and shows basically no difference in temperature between seasons.
The orbit of Mercury has the highest eccentricity of all the Solar System planets, andit has the smallest axial tilt.
Moreover, his calculation of the Earth's axial tilt as 23.52 degrees is still the most accurate measurement to date.
Axial tilt and orbital eccentricity will both contribute their maximum increase in solar radiation during the northern hemisphere's summer.
Ulugh Beg also determined the Earth's axial tilt as 23.52 degrees, which remains the most accurate measurement to date.
This one is so old that archaeoastronomers have been able to determine that it was built in a time when the axial tilt of the Earth was different than it is now.
His calculation of the earth's axial tilt as 23.52 degrees, made over 500 years ago, is still the most accurate to date.
Further, crucial alignments with some stones suggest that it was built when the axial tilt of the Earth was greater than it is now.
Beg also determined the Earth's axial tilt as 23.52 degrees, which remained the most accurate measurement for hundreds of years.
When the Earth's axis is aligned such that aphelion andperihelion occur near the equinoxes, axial tilt will not be aligned with or against eccentricity.
Venus's minute axial tilt- less than 3°, compared to 23° on Earth- also minimises seasonal temperature variation.
Mars is in the habitable zone in our solar system, but its axial tilt has been very unstable, varying from zero to 60 degrees.
Luckily, Earth's axial tilt varies ever so slightly, leaving Earth“a relatively calm planet, climate-wise,” co-author Rory Barnes, an astronomer at UW, said in the statement.
All worlds in our solar system have seasons determined by either their axial tilt, the ellipticity of their orbits, or a combination of both.
The planet's minute axial tilt- less than 3° compared to Earth's 23°- also minimizes seasonal temperature variation.
All worlds in our planetary system have actually seasons figured out by either their axial tilt, the ellipticity of their orbits, or a mix of both.
Any planet or moon with a sufficient axial tilt that rotates with respect to its star more than it orbits the star will experience the same phenomenon.
From the latter location, the Sun is never visible during the winter solstice, as the axial tilt is greater than the latitude difference from the pole.
The Earth's axial tilt of approximately 23.5° ensures that observers at different locations will see the Sun reach higher-or-lower positions above the horizon throughout the year.
Occurring approximately on April 14th and August 30th, those dates are only determined by the way our seasons,determined by axial tilt, align with our planet's orbit around the Sun.
If we just had axial tilt to compete with, and our orbit was a best circle, the course the Sun traced out in the sky would be a really ideal figure-8: symmetryic about both the horizontal and vertical axes.