Gravitational forces from both the sun and the moon continuously pull on the earth.although the moon is much smaller than the sun , the moon's gravity is the dominant force behind earth's tides
Neap tide refers to a time in the month (as dictated by the fullness of the moon) when there is the least difference between the high and low tide.
the relative positions of Earth,moon,and sun(the phases of the moon)
The time of high (and low) tide depends on the relative positions of the Earth, Sun, and Moon. Since these are constantly changing, the time high tide occurs also changes.
The seasonal shift comes from the tilt of the earth's rotational axis. During winter the north pole will be more distant from the sun, relative the south pole; and vice versa during summer.
explain earth's position in the solar system and describe its closest neighbors.
The axial tilt of the Earth's spin (relative to the ecliptic, or the plane of the Earth's orbit around the Sun) causes our seasons.
All three in a straight line, with the Moon between the Earth and the Sun.
Shadows are all about the Earth's rotation. As the Earth rotates throughout the day, the relative positions of the sun and Earth change. The sun is the primary light source for shadows, and if the light source is changing positions (this is relative to earth), then the shadows will change.
Because of the relative positions of the earth, sun and moon.
In a line. Sun, Moon, Earth or Sun, Earth, Moon
The Big Dipper does not change positions, Earth moves relative to the Big Dipper all the time.
Because its position in the sky relative to Earth and the Sun means that the face pointing to Earth is unlit. As the month progresses the relative positions change and more and more of the face we see is lit, so it starts off as a small crescent and gradually gets bigger.
Well gee, it's kind of difficult to describe positions of Earth in its orbit. The only way I know to describe it during northern-hemisphere Summer would be to say that it's the position where a line from the sun to the Earth points in the general direction of Orion.
Well gee, it's kind of difficult to describe positions of Earth in its orbit. The only way I know to describe it during northern-hemisphere Summer would be to say that it's the position where a line from the sun to the Earth points in the general direction of Orion.
the relative positions of Earth,moon,and sun(the phases of the moon)
During a lunar eclipse, the Earth is between the sun and the moon; the shadow of Earth darkens the moon. During a solar eclipse, the moon is between Earth and the sun; the moon blocks the sun.
No, it has nothing to do with the shape of the Earth. Phases of the Moon are caused by the relative positions of the Sun, the Earth and the Moon. When seen through a telescope, Venus presents similar phases. However, the circular shape of Earth's shadow that is projected on the Moon' surface during a lunar eclipse is evidence that the Earth is round.
Saturn is 9 AU from the Sun, or 8-10 AU from the Earth, depending on the relative positions in the two orbits.