The obvious answer is one half, although it might actually be very very slightly more than one half, since earth's gravity causes some light to fall beyond the limits that would be defined geometrically.
Since the Earth is a Spheroid shape, (not a true sphere) 50% of its surface is illuminated by the Sun, at any given moment.
It takes the Earth a year to do this that is 365.25 days.
no, Earth gets more energy than it gives off
The moon's synodic period, the time it takes to come back to the same phase relative to the Earth and Sun, varies but, on average, is 29.53 days.
== == The fact that the surface of Earth is curved definitely has a bearing on how much heat any particular point on Earth's surface receives at any given time. But remember, the axis of Earth is tilted about 23 degrees from perpendicular. As such, the critical point is not always on the equator. The critical point could be anywhere between the Tropic of Cancer and the Tropic of Capricorn, depending on the time of year and the time of day. Every moment of every day, there is a point on Earth, somewhere between the Tropic of Cancer and the Tropic of Capricorn, where for a brief second the sun is directly overhead, 90 degrees from the surface of Earth. That point gets the maximum benefit from the sun's rays for that brief second. The more direct the 'hit' of a ray is to the surface of Earth, means the more of the heat of the ray that gets to the surface of Earth. When a ray needs to penetrate through the atmosphere (and all the other 'ospheres) on an angle, it loses heat. The more the angle is away from 90 degrees to the sun, the more heat is lost. This is often quite noticeable during the course of the day. The morning may begin cool, then it will heat up during the day, and cool off again in the evening. This is all related to the angle at which the sun's rays hit Earth. The tilt of Earth is also the reason for the seasons. The less sunlight that reaches the surface of Earth, the less heat also reaches the surface of Earth. During winter, there are fewer hours of sunlight than in summer, and the angle at which the sun's rays reach Earth is farther away from 90 degrees than in summer.
At any given time, half (50%) of Earth is exposed to sunlight.
Approximately 0.001% of Earth's total water is stored in the atmosphere as water vapor at any given time.
Given time everything gets dirty.
On average, about two-thirds of Earth's surface is covered by clouds at any given time. Cloud cover can vary depending on location, weather patterns, and time of year.
It gets dark then because of the tilt of the earth. Luckily, we were just talking about this in my science class. The earth has a tilt, and when it's winter time, we're at the bottom So imagine if this is the earth: /. And this is the sun: o. If the earth is like this: / o. Then the bottom of the earth isn't getting as much sunlight as the top of the earth. It all depends on the rotation and the tilt of the earth.
the earth gets hot in cold because of the earths tilt in the summer time most of the sun is on the earth in the winter time less of the sun is on the earth
At any given time, one half of the Moon's surface is illuminated by the sun, just like on Earth. The portion of the Moon's illuminated side that we can see from Earth depends on its position in its orbit around our planet.
The oceans.
Approximately half of the Earth is in daylight at any given time due to its rotation on its axis, with one side facing the Sun (daytime) and the other side facing away (nighttime). This is why we experience day and night cycles throughout the day.
How much you can post in a given time.
The time of a given location on Earth is determined by its position within a time zone. Time zones are based on longitudinal lines and are typically one hour apart. The time is also influenced by whether the location observes daylight saving time.
Half of the Earth at a time.