The period of the Earth's revolution around the Sun, 365.2422 days
well judging by the trajectory of the sun and the moon times pi divided by the radius of the circle with a diameter of 29 multiplied by pi r squared plus 2 divided by the average number of merediths in the USA..... then yes yes she is the bestt
The Average distance to the sun from the earth is 92,900,000 miles. The length of a dollar bill is 6.14 inches. The number of inches in 92,900,000 miles is 5,886,144,000,000. 5,886,144,000,000 divided by 6.14 is 9,586,553,745.928338762214983713355. Therefore it would take approximately 9,586,553,746 dollar bills to reach the sun from the earth stacked end to end depending on the current actual distance from the earth to the sun.
256 divided by 2 divided by 2
4
1.3 million
1,399,650
The Sun is divided into several layers including the core, radiative zone, convective zone, and the atmosphere (photosphere, chromosphere, and corona). Each layer plays a key role in the Sun's structure and energy production processes.
29,603,000 miles (rounded)? ? ?
6.53221026 × 10-7Using US Miles.
the sun if made of matter matter is equal to energy divided by the speed of light, and then divided by the speed of light again. written differently, e=mc2 due to the sheer amount of matter in the sun, there is enough gravity to create conditions in which atomic fusion can exist. the by-products of which include heat and light.
The period of the Earth's revolution around the Sun, 365.2422 days
The Sun is a million times more massive - but the Moon is 400 times CLOSER than the Sun is. That's why the Moon has more of an effect on the tides than the Sun does.And the math for gravity is based on the sum of the masses, divided by square of the distance between them.
2
The Sun travels around the Earth once every 24 hours. The Earth is divided into 360 degrees of longitude. Therefore, the Sun transits 15 degrees every hour (360 divided by 24). If it crosses 15 degrees in 60 minutes, it will cross one degree every 4 minutes (60 divided by 15).
Yes, they receive energy from the Sun. The power received from the Sun by a planet is 1.36 kilowatts per square metre divided by the square of the planet's distance from the Sun in astronomical units. Neptune receives only about 1½ watts per square metre.
It depends on the angle of the sun. The height of the tree is equal to the lenght of its shadow times the cotangent (or divided by the tangent) of the sun's angle above the horizon.